text:
5 CALIBRATION AND CALIBRATION KIT
Full 2-port calibration is a highly accurate method of calibration for 2-port DUT
18.104.22.168 Sliding Load Calibration
In full one-port and full two-port calibrations it is possible to employ a SLIDING
LOAD calibration standard instead of a fixed one. The use of the SLIDING LOAD
standard allows for significant increase in calibration accuracy at high frequencies
compared to the FIXED LOAD standard.
The sliding load calibration involves a series of measurements in different positions of
the sliding element to compensate for reflection from the dissipation component.
To activate the sliding load calibration algorithm, the selected calibration kit should
contain the calibration standard of sliding load type, and it should be assigned "load"
class of the corresponding port. Calibration standard editing and class assignment are
further described in detail.
The sliding load calibration is not applied at lower frequencies. To eliminate this
limitation, use a FIXED LOAD standard in the lower part of the frequency range. For
combined calibration with SLIDING and FIXED LOADS, use the procedure of
standard subclasses assigning. This procedure is described in detail below.
22.214.171.124 Unknown Thru Calibration
An UNKNOWN THRU calibration standard is used only in full two-port calibration,
which is also known as SOLT (Short, Open, Load, Thru) calibration.
This calibration method involves connecting the test ports to each other, what is called
THRU. If the connectors' gender or type prevent direct connection, a DEFINED THRU
is used. But it is not always possible to know the exact parameters of the THRU, in this
case UNKNOWN THRU calibration is used.
An arbitrary two-port device with unknown parameters can be used as an UNKNOWN
THRU. An UNKNOWN THRU should satisfy only two requirements.
The first requirement applies to the transmission coefficient of the THRU. It should
satisfy the reciprocity condition (S
21 = S
12), which holds for almost any passive
network. Besides, it is not recommended to use a THRU with the loss higher than 20 dB
as it can reduce the calibration accuracy.
The second requirement is to know the approximate electrical length of the
UNKNOWN THRU within the accuracy of 1/4 of the wavelength at the maximum
calibration frequency. This requirement, however, can be omitted if the following
frequency increment is selected:
<DF , where τ0– delay of a two-port device.


IEC 62271-215:2021
High-voltage switchgear and controlgear - Part 215: Phase comparator used with VDIS
Kehtiv alates 29.06.2021
Direktiivid või määrused
Standardi ajalugu
IEC 62271-215:2021 is applicable to phase comparators designed to be plugged into the testing points of a voltage detecting and indicating system (VDIS) according to IEC 62271-213, to give an indication of the result of a phase comparison. The main usage is to provide a clear evidence of the phase relationship between two energized parts of a high-voltage network, at the same nominal voltage and frequency before coupling them. This first edition cancels and replaces the first edition of IEC 61243-5 published in 1997 and the first edition of IEC 62271-206 published in 2011. This edition constitutes a merging of the content of IEC 61243-5 and IEC 62271-206. This edition includes the following significant technical changes with respect to the previous editions of IEC 61243-5 and IEC 62271-206: - the document does not include the specific phase comparators (SPCs) as defined in IEC 61243-5, which was specific to manufacturers, and takes back the technical principles of the universal phase comparator (UPC) for VDIS of all manufacturers; - the phase comparator for sequential connected operation is introduced to facilitate the operation of phase comparation of large MV panels.
272,22 € koos KM-ga
272,22 € koos KM-ga
Standardi monitooring


text:
How to Help a Sick or Injured Raptor
- Please note that all wild birds, including raptors are protected under state and federal laws, it is illegal to harm, harass or possess any wild bird. You are allowed to rescue a wild bird but you must get it to a permitted facility as soon as possible. The quicker the bird is in qualified care the better its chances are for release.
- Raptors can be very dangerous, even sick, injured and/or young birds. They have very sharp talons and beaks! BE CAREFUL!
- Please note the location where the bird was found, this information will be necessary in order to return the bird to its home once it has recovered
- For baby raptors, please note the exact location it was found, mark the spot if possible. Look up into the trees to see if the nest and/or adults are there. Every attempt should be made to reunite families.
- Get a box that is slightly larger than the bird. Poke lots of air holes into the sides. Place the box over the bird. Carefully slide something flat under the box in order to contain the bird.
- If you do not have a box, throw a towel or blanket over the bird. BEWARE of their talons and beaks!
- Do not attempt to give the bird food or water. Transport it to a wildlife rehabilitator right away in a dark, warm (room temperature) container with breathing holes in it.
How to Locate a Wildlife Rehabilitator
- In the Central Florida area contact Audubon Center for Birds of Prey at 407/_PHONE_
- Contact your state or country's fish and wildlife agency (check the phonebook), who will have a list of permitted wildlife rehabilitators.
- Local veterinarian offices or local (domestic) animal shelters may have these contacts as well.
- Visit _URL_
- Centers & Chapters
- Corkscrew Swamp Sanctuary
- Audubon Center for Birds of Prey
- Tavernier Science Center
- Babson Park Audubon Center
- Roy Hyatt Environmental Center
- Street Nature Center
Find Audubon Near You
Enter your zipcode or select your state to find Audubon in your area:

source: HuggingFaceFW/fineweb-edu


text:
Should Dihydrogen Monoxide be banned?
December 13, 2006 11:56pm CST
Dihydrogen monoxide is an odourless, colourless chemical compound which is commonly found in many foods and beauty preparations. Despite the many dangers associated with it, one hardly ever sees health warnings where it is prevalent! DHMO, as it is known, can be exceedingly hazardous to life, as can be seen from this website: _URL_ The following is just a brief quote from it: "Each year, Dihydrogen Monoxide is a known causative component in many thousands of deaths and is a major contributor to millions upon millions of dollars in damage to property and the environment. Some of the known perils of Dihydrogen Monoxide are: * Death due to accidental inhalation of DHMO, even in small quantities. * Prolonged exposure to solid DHMO causes severe tissue damage. * Excessive ingestion produces a number of unpleasant though not typically life-threatening side-effects. * DHMO is a major component of acid rain. * Gaseous DHMO can cause severe burns. * Contributes to soil erosion. * Leads to corrosion and oxidation of many metals. * Contamination of electrical systems often causes short-circuits. * Exposure decreases effectiveness of automobile brakes. * Found in biopsies of pre-cancerous tumors and lesions. * Given to vicious dogs involved in recent deadly attacks. * Often associated with killer cyclones in the U.S. Midwest and elsewhere, and in hurricanes including deadly storms in Florida, New Orleans and other areas of the southeastern U.S. * Thermal variations in DHMO are a suspected contributor to the El Nino weather effect." Do you think that this dangerous substance should be banned?

source: m-a-p/FineFineWeb


Skip to main content
Hysteresis with Rubber Bands
Profile picture for user Rich
Submitted by Rich on Wed, 02/06/2019 - 17:49
Introduction to Hysteresis
Hysteresis can be defined as a lag time in the response of a system to forces placed on the system. The response of the system depends not only on the present magnitude of the force but also on the previous history of the system. From the point of view of mathematics, the response to the force is a double-valued function. This means that one value applies when the force is increasing, while another value applies when the force is decreasing. A graphical plot of force and response will appear as a loop—often called a hysteresis loop. The area of this loop is a representation of energy lost by the system—hysteresis loss. This is typically energy that has been converted into heat.
For example, if you place a large force on a metal spoon while digging into a very cold pint of your favorite ice cream, the spoon may bend and not return to its original shape. In a broad sense of the word, the spoon has demonstrated hysteresis. The shape of the spoon depends upon its history. Many physics students first study hysteresis during their sophomore or junior year in college. They learn that magnetization curves for ferromagnetic materials do not retrace as the toroid current is increased and then decreased.
Students, however, need not wait until college to do experiments with hysteresis! This can be done by high school and AP students as well. A common method used in physics lab classes to observe hysteresis is to load and then unload masses from a suspended rubber band, while observing the extension of the rubber band. This is shown in Figure 1. Voyager is attached to the bottom of a mass hanger so that its rangefinder faces a white cardboard at the bottom of the ring stand. A clear advantage of using rubber bands to study hysteresis is that virtually everyone is familiar with them, making hysteresis less abstract than that with ferromagnetic materials.
Hysteresis and Rubber Band Lab Setup
Figure 1 - Hysteresis and Rubber Band Lab Setup
PocketLab Voyager's rangefinder provides a perfect way to record the stretch of the rubber band. Begin with a new "never-been-stretched" rubber band. Carefully add known masses one at a time about every ten seconds and then remove them one at a time every ten seconds. Meanwhile, Voyager's rangefinder records the amount of stretch of the rubber band throughout the process of adding and removing the masses. This is shown in Figure 2. In addition to not obeying Hooke's law, you will find that the amount of stretch of the rubber band is different when loading than when unloading.
Typical rangefinder data when loading and unloading a rubber band
Figure 2 - Typical rangefinder data when loading and unloading a rubber band
The Goal of this Lesson
Design and carry out an experiment that will allow you to determine the hysteresis loss in Joules represented by the area of the hysteresis loop that you obtain from your investigation. Prepare a report explaining your analysis steps in this investigation. The report should include appropriate graphs and should carefully explain how your determined the loss in Joules.
Another Lesson on Hysteresis
For anyone who may be interested, the author of this lesson has published another lesson dealing with hysteresis. This lesson can be found by clicking on this link: Hysteresis of a Tactile Sensor.
Hysteresis loop when loading and unloading a rubber band
Grade Level


A device for reading thoughts was created
Specialists from the Massachusetts Institute of Technology developed a device-headset that recognizes the silent commands of a person. It is enough for a man to say the words to himself. The system is called AlterEgo.
The device looks like an ordinary plastic headset. It has electrodes that register neuromuscular signals. On the part to learn that a person is saying something, it is impossible. The headset is also equipped with a headphone with support for bone conduction technology. This allows you to covertly transmit sounds to the inner ear of a person.
In order for the system to correctly recognize signals, it must first be calibrated. So in an experiment involving 10 volunteers after several minutes of adjustment, the accuracy of the recognition of numbers was about 92%. Currently, AlterEgo is able to recognize numbers from 0 to 9 and about 100 words.
Notify of
Inline Feedbacks
View all comments
Would love your thoughts, please comment.x


text:
Views: 0 Author: Site Editor Publish Time: 2022-04-29 Origin: Site
Steam car wash machine is not unfamiliar to everyone, but how much do you know about the working principle of steam car wash machine? The following is an introduction to the principle and application of steam car wash machines.
Here is the content list:
A piston pump is a piston that moves back and forth through a fixed seal. The piston pump relies on the reciprocating motion of the piston, which makes the working volume of the pump chamber change periodically to achieve the suction and discharge of liquid. The piston pump of a steam car washer has a seal mounted on the plunger through a smooth cylinder wall. It mainly uses the plunger in the pump cylinder body reciprocating motion. The piston pump is through a fixed seal, a piston back and forth movement. The piston pump relies on the reciprocating motion of the piston to make the working volume of the pump chamber change periodically to achieve the inhalation and discharge of liquid. While the piston pump seal is mounted on the plunger, through a smooth cylinder wall. It mainly uses the plunger in the pump cylinder reciprocating motion, so that the plunger and the pump wall between the formation of volume change, repeatedly inhaling and discharging liquid and increase its pressure pump. The plunger pump generally has better initial use characteristics, the advantages of which are high rated pressure, compact structure, high efficiency, and easy flow rate adjustment, etc., but its disadvantage is that it cannot run too high pressure, the service life is also shorter.
The water capacity of the pump depends on the operating speed of the pump, and the pump must make the same amount of water into and out. The water flow parameter of the piston pump is stable, that is, regardless of the different pressure of the equipment ejected water flow is constant, therefore, if the nozzle or high-pressure pipe at the blockage, will lead to high-pressure pump pressure is too large. Therefore, the equipment system must be equipped with a pressure relief valve and other devices.
The most likely cause of failure of a high pressure car washing machine is usually not because of the pump, pump failure is generally caused by the wear and tear of components or parts, such as nozzle seal's wear. Generally speaking, the pump water intake is not enough, which is one of the main reasons for the failure of the pump in the early stage of use. Generally speaking, is because the inlet pipe diameter is too small or insufficient water supply, which leads to not enough water into the pump inside, making the pump cavitation phenomenon, cavitation makes the gas mixed in the water to produce a small explosion of overpressure damage, making the piston surface wear.
The above is a brief description of some of the high pressure car washing machine pumps, the pump is the heart of the operation of the high pressure car washing machine, so the quality of the pump affects the cleaning effect and service life of the machine.
Industrial steam washers have many places prone to arch, blockage, and crust phenomena. High pressure car washing machines to clear the blockage, many times you need to stop the downstream equipment and get inside the equipment to clear the material. At the same time, there are widely used in daily production, work, life, engineering vehicles, and transport vehicles cleaning, plant ground of, curtain wall, sculpture and so on cleaning work.
Kingkar Eco-Technologies Co., Ltd recommends you to read the working principle of steam car washers carefully. Our steam car wash machines are of excellent quality and are well received.
Besides，we provide GOCLEAN steam.
If you have related needs, welcome to our company's official website: _URL_. Thank you very much for your support.


BodyTalk
BodyTalk is a consciousness-based, non-invasive therapy that works with the body in its healing process. It can be used as a stand-alone system that addresses a variety of health conditions, or integrated with other health systems and therapies to promote effective and faster healing.
BodyTalk is a simple and effective holistic therapy that allows the body's energy systems to be re-synchronized so they can operate as nature intended. Each system, cell, and atom is in constant communication with each other at all times. Through exposure to the stresses of day-to-day life, however, these lines of communication can become compromised or disconnected, which then leads to a decline in physical, emotional and/or mental well-being. Reconnecting these lines of communication enables the body's internal mechanisms to function at optimal levels, thus repairing and preventing disease while rapidly accelerating the healing process. In this way, BodyTalk stimulates the body's innate ability to balance and heal itself on all levels.
While BodyTalk does not diagnose or treat specific ailments, it allows the body's own healing abilities to effect change. Clients have exhibited long-lasting, ongoing improvements in the areas of stress, emotional disorders, chronic pain and fatigue, digestive disorders and arthritis.
The BodyTalk Process
1. The BodyTalk System facilitates communication with the body's innate wisdom through neuromuscular biofeedback. This feedback provides the practitioner with a "yes" or "no" answer to any question that is asked of the body. The innate wisdom thus provides the practitioner with accurate guidelines with regard to the body mind requirements for optimum health.
2. By following a comprehensive protocol of questions, the BodyTalk practitioner can establish exactly what balancing the body needs in order to harmonize body mind function. This involves finding out which organs, endocrines, or body parts need to be corrected to heal communication between them at the physiological, biochemical, circulatory, nervous, emotional and energy levels.
3. The client and practitioner touch the parts that need repair and the practitioner then uses his/her fingers to gently tap the head of the patient in order to focus the brain toward that repair. BodyTalk "tapping" is based on an ancient Hatha Yoga technique, and experiments with biofeedback apparatus have shown that such "tapping" causes increase in the brain activity in relation to the specific parts being touched.
4. The practitioner then lightly taps the chest to store the changes in the heart energy complex, which ensures that the new balance is held in deep memory and is therefore lasting.


text:
Science Fair Project Encyclopedia
Bird in the bush
"A bird in the hand is worth two in the bush."
A proverb of which one meaning is it is better to have something for sure (low risk) than something speculative (high risk). The paradox part is that investors will often not do a probability analysis for lowest risk/highest return. They will take their chances of getting something more speculatively than they will getting something less as a sure thing. Better to have than to speculate on the one hand but better to speculate than have on the other. Since most choose to speculate, we can extrapolate that this saying is intended as a caution to incautious people.
Due to the phrasing of the sentence (and the emphasis given to the position of the bird) it is plain that it is 'not a paradox'.
The contents of this article is licensed from _URL_ under the GNU Free Documentation License. Click here to see the transparent copy and copyright details

source: openbmb/Ultra-FineWeb


Gliotoxin-induced changes in rat liver regeneration after partial hepatectomy
Authors
Correspondence
Kari N. Nejak-Bowen, MBA, PhD, University of Pittsburgh School of Medicine,
S433-Biomedical Science Tower, 200 Lothrop Street,
Pittsburgh, PA 15261, USA
Tel: + _PHONE_
Fax: + _PHONE_
e-mail: _EMAIL_
Abstract
Background
Hepatic non-parenchymal cells (NPCs), encompassing hepatic stellate cells (HSCs), macrophages and endothelial cells, synthesize new hepatocyte growth factor (HGF) during liver regeneration (LR), and also play an important function in matrix production at the end of regeneration.
Aims
The aim of this study was to determine whether ablating NPCs either during hepatocyte proliferation or during matrix resynthesis will have any effect on LR.
Methods
Rats were injected with either gliotoxin (which induces NPC apoptosis) or vehicle control at various stages during partial hepatectomy (PH). NPCs and hepatocytes were also treated in vitro with gliotoxin.
Results
Proliferating cells were abundant in control livers 24 h after PH, while in gliotoxin-treated rats, mitosis was absent, apoptotic NPCs were apparent and HGF was decreased. In vitro studies demonstrated a > 50% decrease in cell viability in NPC cultures, while hepatocyte viability and proliferation were unaffected. Chronic elimination of NPCs over a period of 5 days after PH led to increased desmin-positive HSCs and fewer alpha smooth muscle actin-expressing HSCs. Finally, there was continued proliferation of hepatocytes and decreased collagen I and TGF-β when HSCs, the matrix-producing NPCs, were ablated during later stages of LR.
Conclusions
Ablation of NPCs at early time points after PH interferes with liver regeneration, while their ablation at late stages causes impairment in the termination of LR, demonstrating a time-dependent regulatory role of NPCs in the regenerative process.
Ancillary


text:
A servohydraulic fatigue testing machine is usually used to perform a fatigue test. This consists of a hydraulically operated actuator fitted into a high stiffness load frame to apply the load to the specimen. Because the system is hydraulically operated, it is possible to achieve both high loads and high cyclic frequencies.
The test system should be fitted with a control system that is capable of controlling the test and measuring data at high frequencies. It is also important that the load measurement system can accurately measure specimen load, and compensate for load errors induced by the dynamic movement of the test system.
Some typical materials that are subjected to fatigue testing:
- Structural Components
The following ASTM standards apply to fatigue testing:


text:
Free typing tutor * Online typing test * Typing games
AmpheType - layout-agnostic typing program
Home Page: Project Gutenberg
Platform: Windows 2000/XP/2003 Server, ( Mac OS X, Mac OS 9, Linux )
Licence: Freeware, $0 USD
Advanced typing program - import texts, auto-generate lessons, detailed statistics, etc. Amphetype is a layout-agnostic typing program aimed at people who don't need an on-screen keyboard, but would still like to improve their speed and accuracy.
Main AmpheType advantages
- WPM, accuracy, and viscosity (as the opposite of fluidity) statistics on texts, words, keys, and trigrams. Historical data can be grouped in several different ways (by days, averages of 10, etc.).
- Advanced lesson generation: auto-review slow and mistyped words after every text or generate custom lessons to practice problem words, keys, trigrams, etc.
- You can generate text fragments to type from Project Gutenberg or any other plain text source to practice typing with your favorite novel. There's even an option that lets you type texts in order, fragment by fragment. Read a book with your fingers!
Really cool, thanks for sharing it for free with the public.
this helps me with my college work and making videos! i can type so much quicker! i practiced typing for years but never got the hang of it until i used this software! this is awesome you need to download it!
Write your own review


Crackme
From Wikipedia, the free encyclopedia
Jump to: navigation, search
A crackme (often abbreviated by cm) is a small program designed to test a programmer's reverse engineering skills.[1]
They are programmed by other reversers as a legal way to "crack" software, since no company is being infringed upon.
Crackmes, Reversemes and Keygenmes generally have similar protection schemes and algorithms to those found in commercial protections. However due to the wide use of packers/protectors in commercial software, many crackmes are actually more difficult as the algorithm is harder to find and track than in commercial software.
A Keygenme specifically is designed for the reverser to not only find the algorithm used in the application, but also write a small Keygen in the programming language of their choice. Although, most keygenmes properly manipulated can be self-keygenning.
An example of a keygenme.
Often anti-debugging and anti-disassemble routines are used to confuse debuggers or make the disassembly useless.[2] Code-obfuscation is also used to make the reversing even harder.[3]
External links[edit]
 - crackmes.de - A great site for testing your reversing skills. Crackmes range from Very Easy to Very Hard [1-9] for many Operating systems !
 - tdhack.com - a lot of challenges including cryptographic riddles, hackmes and software applications to crack for both Windows and Linux. Polish and English languages are supported.
Programs[edit]
 - Ollydbg - Used by beginners and experienced people


Doctor fatigue leads to car accidents, near misses: survey
It's a wake-up call to challenge the idea it's 'heroic' to work long hours, say study authors
Almost half of anaesthetists and intensivists have had a car accident or a near miss due to work fatigue, a UK survey shows.
Car accident concept
Nearly 3850 UK and Republic of Ireland consultants in anaesthesia or paediatric intensive care responded to the survey on out-of-hours working arrangements, causes of work-related fatigue and its impact on commuting and other areas of life.
Almost half (45%) said they had had an accident or near miss while commuting when fatigued.
And most of the doctors had experienced work-related fatigue


text:
|Sapphire boule. |
This is a "flame fusion" sapphire crystal boule, such as might be used to create synthetic cut gemstones. Flame fusion means a fine powder of aluminum oxide (the base material sapphires are made of) is blown through an extremely hot flame and onto a seed crystal. The molten droplets, somewhat amazingly, follow the pattern of the seed crystal and slowly accumulate into a large, single crystal of sapphire.
The slight pink cast in this boule comes from a 1% impurity of titanium. Impurities determine the colors of most gemstones, and are, for example, responsible for the difference between rubies and sapphires, both of which are made of aluminum oxide.
Source: SoCal (Nevada), Inc
Contributor: Theodore Gray
Acquired: 28 April, 2004


text:
Category: Sponges view all from this category
Description 8" tall (20 cm) and 1" (2.5 cm) wide. Sponge produces brilliantly colored tree-like, intertwined branches in red and orange. Surface is covered with tiny, scattered pores.
Habitat Ocean or bay shallows, Tidepools.
Range Eastern Canada, Florida, New England, Mid-Atlantic, California, Texas, Northwest.
Discussion Branches of the Red Beard Sponge provide important habitats for crustaceans and juvenile fish species. Reproduces both asexually and sexually. Broken branches can regenerate into new sponges. When cells from the Red Beard Sponge are separated, they have the ability to reorganize themselves.


Subscribe English
look up any word, like drinking watermelon:
English Translation: "White-Sausage"
1. n. type of German sausage, usually colored a light pink or white.
2. n. slang term used to describe the penis of a white male humanoid; usually used in conjunction with other German words and phrases.
Meine weisswurst ist groB! (My white-sausage or penus is large!)
by Jason Martin March 09, 2004
3 0


text:
Cross-border caution: South Korea expands food safety guidelines to include e-commerce sales
Previously, the local Food Sanitation Act was limited to food and beverage products which were imported into the country to be directly sold to local consumers, but evidently South Korean authorities have decided that this is not sufficient for public health protection.
The South Korean Ministry of Food and Drug Safety (MFDS) recently published formal guidelines to govern 'directly purchased overseas food products' as purchased by consumers and brought back into the country, such as purchases done via e-commerce.
"The rise of non-contact purchasing due to e-commerce, competitive prices and wide variety has led this market size to grow continuously, [and] previously the Food Sanitation Law did not cover such products brought in for personal consumption as it only applied to foods and beverages for sale locally," said the ministry via a formal statement.
"There is a need to block [unmonitored] food imports into the country as these may harm public health, [thus MFDS] has found it necessary to prepare objective standards [to prohibit] products containing raw materials and ingredients found to contain irregularities or potentially cause harm when these are identified via domestic and foreign risk assessments."
MFDS planned procedure will to be to collect risk data on the foreign ingredients for review, whereupon a committee will create specific profiles for these ingredients and designate these as prohibited or not, which will determine permission for entry into South Korea.
As of November 2021, the initial banned ingredients as determined by MFDS include items that have already been banned according to the current local Food Code or Functional Health Food Code, items from countries known to be associated with Bovine Spongiform Encephalopathy (BSE) without the necessary documentation, items found to cause severe side effects when consumed, as well as medications and drugs according to the relevant acts governing these.
"MFDS will conduct a periodic re-evaluation every two to three years to review these banned items and determine whether the ban on any can be lifted, based on the latest data," added the ministry.
These new guidelines have very distinct implications for local e-commerce platforms and vendors, as previously food and beverage products sold online were not considered 'for sale locally' and governance was less strict under the Food Sanitation Act.
The new rules now mean that the ingredients and raw materials used to make all food and beverage products sold on e-commerce websites will need to be scrutinised and examined by the relevant sellers and platforms in order to ensure that these are not in violation of the new guidelines. Consumers will also no longer be able to purchase any products with ingredients on the banned list in South Korea via the online route.
Children's food safety
In addition to tightening the food safety of foreign foods and beverages, MFDS also recently completed its 2020 Children's Dietary Safety Index, which unfortunately revealed that the score for this has dropped compared to the previous survey in 2017, dropping from 73.3 points then to 70.3 points in 2020.
The index measured areas including food safety, nutrition, and dietary practices, and found that whilst safety in terms foodservice catering to children has been improved, the actual food nutrition and dietary practices scores have dipped, which the ministry attributed to the COVID-19 pandemic.
"Due to the pandemic, there are limits to what can be done in terms of food safety education and guidance work with children, therefore the management of nutrition [as well as education on dietary practices] have been difficult and this has impacted the children's dietary safety," said MFDS.
"Social distancing in particular caused guidance and education services to drop – dietary counselling rates dropped from 61.2% in 2017 to 45.2% in 2020 so this has been analysed as the main cause for the drop."
The index was the effort of 228 local governments, and also revealed that the decline was larger in rural cities (a 3.6 point drop from 73.6 to 70.0) compared to large cities (a 2.5 point drop from 73.5 to 71.0) and MFDS vowed to improve the situation across all geographies.
"We will do our best to improve the safety level of diets and nutrition for children across all locations, whether urban or rural," it said.


text:
Discussion Questions: Native American Culture: Cherokee Singer
What songs do you know that you could categorize as "teaching songs"?Why do you think people use songs to teach with? Ask students to describe where they think Paula Nelson is and who she is performing for. Why does she write songs? What does she mean when she describes herself as a contemporary musician rather than a traditional musician? How do the songs she writes reflect her culture?


TOC(depth=2, manual, tcpreplay, tcpliveplay, tcpprep, tcprewrite, tcpbridge, tcpcapinfo, flowreplay, commonargs, usage, FAQ)?
tcpreplay has evolved quite a bit over the years. In the 1.x days, it merely read packets and sent then back on the wire. In 2.x, tcpreplay was enhanced significantly to add various rewriting functionality but at the cost of complexity, performance and bloat. Now in 3.x, tcpreplay has returned to its roots to be a lean packet sending machine and the editing functions have moved to tcprewrite and a powerful tcpreplay-edit which combines the two.
Basic Usage
To replay a given pcap as it was captured all you need to do is specify the pcap file and the interface to send the traffic out interface 'eth0':
# tcpreplay --intf1=eth0 sample.pcap
Replaying at different speeds
You can also replay the traffic at different speeds then it was originally captured. Some examples:
To replay traffic as quickly as possible:
# tcpreplay --topspeed --intf1=eth0 sample.pcap
To replay traffic at a rate of 10Mbps:
# tcpreplay --mbps=10.0 --intf1=eth0 sample.pcap
To replay traffic 7.3 times as fast as it was captured:
# tcpreplay --multiplier=7.3 --intf1=eth0 sample.pcap
To replay traffic at half-speed:
# tcpreplay --multiplier=0.5 --intf1=eth0 sample.pcap
To replay at 25 packets per second:
# tcpreplay --pps=25 --intf1=eth0 sample.pcap
To replay packets, one at a time while decoding it (useful for debugging purposes):
# tcpreplay --oneatatime --verbose --intf1=eth0 sample.pcap
Replaying files multiple times
Using the loop flag you can specify that a pcap file will be sent two or more times:
To replay the sample.pcap file 10 times:
# tcpreplay --loop=10 --intf1=eth0 sample.pcap
To replay the sample.pcap forever or until CTRL-C is pressed:
# tcpreplay --loop=0 --intf1=eth0 sample.pcap
If the pcap file(s) you are looping are small enough to fit in available RAM, consider using the --enable-file-cache option. This option caches each packet in RAM so that subsequent reads don't have to hit the slower disk. It does have a slight performance hit for the first iteration of the loop since it has to call malloc() for each packet, but after that it seems to improve performance by around 5-10%. Of course if you don't have enough free RAM, then this will cause your system to swap which will dramatically decrease performance.
Another useful option is --quiet. This suppresses printing out to the screen each time tcpreplay starts a new iteration. This can have a dramatic performance boost for systems with slower consoles.
Advanced Usage
Splitting Traffic Between Two Interfaces
By utilizing tcpprep cache files, tcpreplay can split traffic between two interfaces. This allows tcpreplay to send traffic through a device and emulate both client and server sides of the connection, thereby maintaining state. Using a tcpprep cache file to split traffic between two interfaces (eth0 & eth1) with tcpreplay is simple:
# tcpreplay --cachefile=sample.prep --intf1=eth0 --intf2=eth1 sample.pcap
Alternatively, if you have already split your traffic into two filesas in the case of capturing traffic using a network tap, then tcpreplay can read two files at the same time, one for each interface:
# tcpreplay --dualfile --intf1=eth0 --intf2=eth1 side-a.pcap side-b.pcap
Viewing Packets as They are Sent
The --verbose flag turns on basic tcpdump decoding of packets. If you would like to alter the way tcpreplay invokes tcpdump to decode packets, then you can use the --decode flag. Note: Use of the --verbose flag is not recommended when performance is important. Please see the tcpdump(1) man page for options to pass to the --decode flag.
Editing Packets
tcpreplay now comes in two flavors: tcpreplay and tcpreplay-edit. The only difference between the two is that tcpreplay-edit embeds all the packet editing functionality found in tcprewrite. This is nice because you can edit and send all in one step, but it does have a performance hit.
Choosing a Timing Method
tcpreplay as of v3.3.0 now supports multiple methods for creating delays between two packets.
First a refresher:
 - There are 1,000 milliseconds (msec) in 1 second
 - There are 1,000,000 microseconds (usec) in 1 second
 - There are 1,000,000,000 nanoseconds (nsec) in 1 second
And a little math:
Let's say you want to send 125,000 packets/sec (pps). That means you need to send a packet on average every 8usec. That's doable on most hardware assuming you can find a timing method with 1usec accuracy. The problem gets a lot more difficult when you want to send at 130,000 ppsnow you need 7.7usec delay, requiring.1usec accuracy! That's a 10x increase in accuracy for a small change in performance. Most timing methods on general purpose hardware/software can't do that.
So what are the expected accuracies of each timing method?
 - nanosleep() - Theoretically 1nsec accuracy, but is probably closer to 1usec. Can be off by up to +/- 10msec depending on the operating system.
 - gettimeofday() - 1usec accuracy at best
 - OS X's AbsoluteTime() - 1nsec accuracy
 - select() - Theoretically 1usec accuracy, but tends to be off by +/- 10msec
 - IO Port 80 - 1usec accuracy, but can cause system crashes with certain versions of hardware/OS's
 - Intel/AMD/SPARC RDTSC - Theoretically better then 1usec accurate, but many recent multi-core Intel CPU's are horribly inaccurate and unusable
 - Intel HPET - A 10Mhz timer giving.1usec accuracy
As you see above, only AbsoluteTime and the HPET provide the necessary resolution to hit our 130,000pps mark. Hence, if you're using one of the other methods, I'll use weighted averages or rounding to provide better accuracy. What that means is, when each packet is being sent at a constant rate (packets/sec) I'll sleep 8usec 7 times, and then 7usec 3 times to average out to the necessary 7.7usec. If you're using a variable timing method (Mbps or multiplier) then I'll round to the nearest 1usec (8usec in this case of 7.7usec)- the hope is that over many packets, it will average out correctly.
So what does this all mean? Well, if you're running OS X, then using --timer=abstime is the clear winner. After that it gets more complicated. AbsoluteTime is currently the only timing method which doesn't need weighted averages or rounding.
First, tcpreplay currently doesn't have native support for the Intel HPET. The good news is that some operating systems (like recent Linux kernels) use the HPET for calls to gettimeofday(). So while you loose some accuracy (gettimeofday() is accurate to 1usec no matter what the underlying implementation looks like), it's probably the best option for non-OS X users. If your gettimeofday() isn't backed by the HPET, you can still use it, just realize it might be a bit unreliable. Even if your gettimeofday() uses the HPET, you still only get 1usec accuracy, so part about using weighted averages and rounding still applies. Specify --timer=gtod to use gettimeofday()
Some implimentations of nanosleep() are good, others are horribleit even may depend on how long you're sleeping for since the implementation might switch between going to sleep (bad) or using a tight loop (good). Generally speaking it's worth trying: --timer=nano
Using the RDTSC via --timer=rdtsc. This tends to work great on some hardware and is completely worthless for others. I've got an Intel P4 3.2Ghz box which it works great on, but my Core2Duo MacBook Pro is really bad. If you don't specify a --rdtsc-clicks value, tcpreplay will introduce a short delay on startup in order to calculate this value. If your hardware has a properly working RDTSC it's usually the speed of the processor (expressed in Mhz, so a 3.2Ghz CPU == --rdtsc-clicks=3200) or a fraction thereof.
IO Port 80
I don't have much experience with this, so give it a try and let me know what you find: --timer=ioport
This is crap for 99% of the situations


text:
The Orange Curtain is a term that refers to the border between Orange County and Los Angeles County in the U.S. state of California. It is a sometimes derogatory, sometimes lighthearted term, that is used to describe Orange County's more conservative and suburban population as compared to the more liberal and urban population of Los Angeles. The Orange Curtain is a word play on the infamous Iron Curtain which separated communist and capitalist Europe.
According to Colleen Cotter, "Because [Orange County] has a reputation for political conservatism, people from Northern California especially worry about what happens 'Behind the Orange Curtain'."
Karin Aguilar-San Juan describes the Orange Curtain as being between 1890 and 1950, as "the region's controlling elite also embraced a John Birch-style ideology of white supremacy and small government.
The song "Orange County Girl" by Gwen Stefani uses this term, stating "I guess behind the orange curtain it's not so bad."
- Dickson, Paul (2006). Labels for Locals: What to Call People from Abilene to Zimbabwe (Revised ed.). HarperCollins. p. 174. ISBN 978-0-06-088164-1. Retrieved 2011-02-10. "The term "Orange Curtain" is being used to mark those characteristics, real or imagined, that differentiate Orange County from Los Angeles and the rest of California."
- Overley, Jeff (January 4, 2008). "Are we on TV too much?". Orange County Register. Retrieved 2008-04-08.
- Cotter, Colleen (2001). Lonely Planet USA Phrasebook: Understanding Americans & Their Culture (Lonely Planet Phrasebooks). Hawthorn, Vic., Australia: Lonely Planet Publications. p. 199. ISBN 1-86450-182-0.
- Jennifer Lefurgy; Lang, Robert (2007). Boomburbs: the rise of America's accidental cities. Washington, D.C: Brookings Institution Press. p. 165. ISBN 0-8157-5114-1.
- Aguilar-San Juan, Karin (2009). Little Saigons: staying Vietnamese in America. Minneapolis: University of Minnesota Press. p. xii. ISBN 0-8166-5486-7.
|This Southern California location article is a stub. You can help Wikipedia by expanding it.|


Does Google Drive Retain Video Quality?
If you are someone who works with videos, you may have wondered whether Google Drive retains the quality of your videos when you upload them. After all, video files can be quite large, and it would be a shame if their quality were to be compromised in the process. In this article, we will explore this question in detail.
What is Google Drive?
Google Drive is a cloud storage service that allows users to store and share files online. It was launched in 2012 as a replacement for Google Docs and has since become one of the most popular cloud storage services available.
How does Google Drive handle video files?
When you upload a video file to Google Drive, it is stored in its original format. This means that the quality of the video file is not compromised during the upload process. However, it's important to note that the resolution and bitrate of your video may affect how quickly it can be uploaded and downloaded from Google Drive.
Resolution
The resolution of a video refers to the number of pixels that make up its width and height. The higher the resolution, the more pixels there are, resulting in a clearer and more detailed image. However, higher resolutions also mean larger file sizes.
Google Drive supports various resolutions for video files, including 240p, 360p, 480p, 720p (HD), 1080p (Full HD), and 2160p (4K). To ensure that your video maintains its quality on Google Drive, it's recommended that you upload it in its original resolution.
Bitrate
The bitrate of a video refers to the amount of data used per second to represent each frame of the video. Higher bitrates result in better quality videos but also mean larger file sizes.
Google Drive supports various bitrates for video files but recommends an average bitrate of 8 Mbps for 1080p videos and 35-45 Mbps for 4K videos. However, you can upload videos with higher bitrates if you prefer.
How to upload videos to Google Drive?
To upload a video to Google Drive, follow these steps:
 - Log in to your Google account
 - Click on the "New" button and select "File upload"
 - Select the video file you want to upload
 - Wait for the file to finish uploading
Conclusion
Google Drive does retain the quality of your video files during the upload process. However, it's important to consider the resolution and bitrate of your video before uploading it to ensure that it maintains its quality. By following these guidelines, you can ensure that your videos look great on Google Drive.


Muscarine
From Wikipedia, the free encyclopedia
Jump to: navigation, search
Muscarine
Chemical structure of muscarine
Muscarine-3D-balls.png
Names
IUPAC name
2,5-Anhydro-1,4,6-trideoxy-6-(trimethylammonio)-D-ribo-hexitol
Other names
L-(+)-muscarine, muscarin, (2S,4R,5S)-(4-hydroxy-5-methyl-tetrahydrofuran-2-ylmethyl)-trimethyl-ammonium
Identifiers
300-54-9 YesY
ChEMBL ChEMBL12587 YesY
ChemSpider 8949 YesY
3996
Jmol 3D model Interactive image
PubChem 9308
Properties
C9H20NO2+
Molar mass 174.26 g/mol
Except where otherwise noted, data are given for materials in their standard state (at 25 °C [77 °F], 100 kPa).
YesY verify (what is YesYN ?)
Infobox references
Amanita muscaria
Muscarine, L-(+)-muscarine, or muscarin is a natural product found in certain mushrooms, particularly in Inocybe and Clitocybe species, such as the deadly C. dealbata. Mushrooms in the genera Entoloma and Mycena have also been found to contain levels of muscarine which can be dangerous if ingested. Muscarine has been found in harmless trace amounts in Boletus, Hygrocybe, Lactarius and Russula. Muscarine is only a trace compound in the fly agaric Amanita muscaria; the pharmacologically more relevant compound from this mushroom is muscimol. A. muscaria fruitbodies contain a variable dose of muscarine, usually around 0.0003% fresh weight. This is very low and toxicity symptoms occur very rarely. Inocybe and Clitocybe contain muscarine concentrations up to 1.6%.[1]
Muscarine is a nonselective agonist of the muscarinic acetylcholine receptor.
History[edit]
Muscarine was first isolated from Amanita muscaria by German chemists Oswald Schmiedeberg and Richard Koppe, who reported their findings in 1869.[2] It was the first parasympathomimetic substance ever studied and causes profound activation of the peripheral parasympathetic nervous system that may end in convulsions and death. Being a quaternary ammonium salt, muscarine is less completely absorbed from the gastrointestinal tract than tertiary amines, but it does cross the blood-brain barrier.[3] Muscarinic agonists activate muscarinic receptors while nicotinic agonists activate nicotine receptors. Both are direct-acting cholinomimetics; they produce their effects by binding to and activating cholinergic receptors. Final proof of the structure was given by Franz Jellinek and colleagues in 1957 with the help of X-ray diffraction analysis;[4] Jellinek further described the three-dimensional structure of the molecule using muscarine chloride.[5] These new findings set into motion research not only on the pharmacology of muscarine, but also on that of muscarine-like substances that are structurally related to acetylcholine.
Structure and reactivity[edit]
'Muscarine mimics the function of the natural neurotransmitter acetylcholine in the muscarinic part of the cholinergic nervous system", despite the less flexible structure due to the five-membered ring in the molecular skeleton.[6]
There are two mirror forms of muscarine, named: 2S-muscarine and 2R-muscarine.
Efficient synthesis of (+)-muscarine[edit]
The next is a very efficient way of synthesis of (+)-muscarine according to the scientists Chan and Li in the Canadian journal of Chemistry in 1992.[7] S-(−)-Ethyl lactate (2)(figure 3) is converted into the 2,6-dichlorobenzyl ether (3). Diisobutylaluminium hydride (DIBAL) reduction of the 2,6-dichlorobenzyl ether gives the aldehyde (4). Treatment of the crude aldehyde with allyl bromide and zinc powder in water with NH4Cl as catalyst resulted in an anti:syn mixture of 5a and 5b. Treatment of 5a with iodine in CH3CN at 0 °C gives the cyclized product 6a. Finally treatment of 6a with excess trimethylamine in ethanol gave (+)-muscarine (2S,4R,5S). A similar reaction sequence with 5b gave (+)-epimuscarine (7).[7]
Figure 3. The scheme of synthesis of (+)-muscarine.
Other Syntheses[edit]
It can be synthesized in various ways from completely different substances,[8][9][10][11][12][13][14][15][16][17] particularly from 2,5-dimethyl-3-carboxymethyl flurane.
Mechanism of action[edit]
Muscarine mimics the action of the neurotransmitter acetylcholine by binding muscarinic acetylcholine receptors. These receptors were named after muscarine. There are 5 different types of muscarinic receptors; M1 - M5, and most tissues express a mixture of subtypes. The M2 and M3 subtypes mediate muscarinic responses at peripheral autonomic tissues. M1 and M4 subtypes are more abundant in brain and autonomic ganglia. M1, M3 and M5 interact with Gq proteins to stimulate phosphoinositide hydrolysis and the release of intracellular calcium. M2 and M4 receptors interact with Gi proteins to inhibit adenylyl cyclase, which results in a decrease of intracellular concentration of cyclic adenosine monophosphate (cAMP). Most agonists for muscarine receptors are not selective for subtypes.[18]
Metabolism[edit]
A paucity of research exists on the metabolism of muscarine in the human body, suggesting this compound is not metabolized by humans. Though there has been extensive research in the field of acetylcholine metabolism by acetylcholinesterase, muscarine is not metabolized by this enzyme, partly explaining the compound's potential toxicity. Muscarine is readily soluble in water. The most likely way for muscarine to leave the blood is via renal clearance; it will eventually leave the body in urine.[19]
Drug[edit]
Muscarinic agonists are used as drugs in treating glaucoma, postoperative ileus, congenital megacolon, urinary retention and xerostomia. Muscarine is contraindicated in patients with diseases that make them susceptible to parasympathetic stimulation, patients who have asthma or COPD or patients who have peptic ulcer disease. Also patients with an obstruction in the gastrointestinal or urinary tract are not prescribed muscarine because it will aggravate the obstruction, causing pressure to build up that may lead to perforation.
Efficacy[edit]
As muscarine works on the muscarinic acetylcholine receptor the best comparison can be made with acetylcholine, which normally works on this receptor. Pure muscarine compared to pure acetylcholine is stated in most cases to be more potent, its actions always slower but longer lasting than acetylcholine. A possible explanation for this long lasting behavior might be that muscarine does not get hydrolyzed by acetylcholinesterase in the synaptic cleft.[20]
Toxicology[edit]
Muscarine poisoning is characterized by miosis, blurred vision, increased salivation, excessive sweating, lacrimation, bronchial secretions, bronchoconstriction, bradycardia, abdominal cramping, increased gastic acid secretion, diarrhea and polyuria. If muscarine reaches the brain it can cause tremor, convulsions and hypothermia. Cardiac ventricles contain muscarinic receptors that mediate a decrease in the force of contractions leading to a lower blood pressure. If muscarine is administered intravenously, muscarine can trigger acute circulatory failure with cardiac arrest.[1] The symptoms of intoxication with mushrooms rich in muscarine, especially Inocybe, are very typical: The symptoms start early, after one-quarter to two hours, with headache, nausea, vomiting, and constriction of the pharynx. Then salivation, lacrimation, and diffuse perspiration set in, combined with miosis, disturbed accommodation, and reduced vision. Gastric and small bowel colic leads to diarrhea, and there is a painful urge for urination. Bronchoconstriction leads to asthmatic attacks and severe dyspnea, and bradycardia combined with


Definition of Efficacy:
 1. Performance. Before embarking on these changes, we need to evaluate their effectiveness in achieving the desired results. If we do not believe that change will help, we will have to reconsider our plans.
 2. Ability to achieve the desired or desired result.
 3. Medicine: The ability of medicines or vaccines to support, treat or prevent an illness or disease.
Synonyms of Efficacy
Potency, Successfulness, Success, Productiveness, Fruitfulness, Efficacy, Power
How to use Efficacy in a sentence?
 1. To test the effectiveness of a new drug, it is usually given to the control group and another group of people through a placebo.
 2. The processor server is angry with its supervisors: the seemingly unnecessary restrictions on the way of driving and its operation mean that its capacity is far below its capabilities.
 3. Very little is known about the effectiveness of this treatment.
 4. Managers consider safety and performance when meeting and exceeding monthly quotas. Capacity is not just about getting things done quickly, but also about getting things done effectively.
Meaning of Efficacy & Efficacy Definition


Home What is a Cloud Access Security Broker (CASB)?
What is a Cloud Access Security Broker (CASB)?
by Ahsan MuGhaL
What is a Cloud Access Security Broker (CASB)
What is a Cloud Access Security Broker (CASB)? Cybercriminals are leveraging technology to improve their malware and get past standard security policies deployed to cloud infrastructures. Therefore, businesses must integrate modern technology with their remote workplaces to improve network security and mitigate the risks of attacks.
What is a Cloud Access Security Broker (CASB)
One option is to deploy a Cloud Access Security Broker from an SSE Vendor to address risks in your cloud services. The goal is to enforce security policies through cloud-centric security capabilities that provide safe access to users. Since hybrid working is expanding, organizations must secure their remote and mobile employees while protecting the data and apps.
Understanding CASB
Cloud Access Security Broker is a cloud-based security policy enforcer that you can place between your cloud service and the consumers. You can use CASB to improve the enforceability of the security policies as your remote employees access cloud resources. Organizations prefer CASB as it can address security gaps in SaaS, PaaS, and IaaS environments.
Pillars of a CASB Solution
CASB is an integral part of enterprise security due to the following four pillars:
 1. Visibility
 Organizations require better visibility and control over their managed and unmanaged cloud services. Instead of an allow or block stance, CASB can allow users to access useful services while retaining governing access to activities and data within critical services.
 Even when CASB focuses on cloud security, it can help you control your cloud expenses. You can use it to discover all cloud services, generate a report regarding your cloud expenses, and detect redundancies in cloud functionalities.
 2. Compliance
 Organizations take compliance into consideration as they decide to move to the cloud. Regulatory agencies have designed compliance standards to ensure the safety and integrity of data. However, if an organization ignores these concerns, it can lead to costly data breaches.
 CASB ensures compliance with GDPR or any other regulatory agency as you use the cloud to facilitate your remote workforce. Therefore, it can assist in safeguarding your organization against data breaches while maintaining security policies defined by data regulators.
 3. Data security
 Organizations need to leverage sophisticated cloud DLP detection mechanisms like document fingerprinting and reduce the detection surface area to achieve accuracy. CASB solution shuttles suspected violations whenever it detects sensitive content in transit.
 You can use CASB to conduct deep threat observations to help your company identify and stop malware before it compromises your network security. Therefore, it acts as a gatekeeper to facilitate security.
 4. Threat protection
 Organizations must ensure that their employees are not introducing malware into the cloud resources. If your employee tries to upload an infected file across your external and internal network, CASB scans and remediates threats in real time. It can also detect and prevent unauthorized access to your cloud services, assisting in detecting compromised accounts.
What CASB Offers to Their Users
CASB contains unique security features that provide extensive control over your cloud applications. These features may include:
 - Cloud governance
 - Risk Assessment
 - Data Loss Prevention
 - Configuration auditing
 - Malware detection
 - Data encryption and key management
 - SSO and IAM integration
How a CASB Solution Works
Since a Cloud Access Security Blocker provides visibility and control over cloud infrastructures to meet security requirements through a three-step process:
 1. Discovery
 A CASB solution leverages auto-discovery to compile a list of third-party services and provides insights into who is utilizing them at a specified timestamp.
 2. Classification
 Once a CASB solution understands cloud usage, it determines the risks associated with each application by displaying the data and showing how the system shares it.
 3. Remediation
 After determining the relative risk of every application, the CASB uses the information to define security policies to secure the organization's data and restrict user access to meet security requirements.
How to deploy a CASB solution
CASB focuses on simplicity and ease of access; you can deploy it to your on-premises or cloud infrastructure. However, there are three CASB deployment models you can consider:
 1. API control
 Ideal for organizations that want comprehensive coverage to enhance visibility into threats and data stored on the cloud.
 2. Reverse proxy
 Ideal for organizations that want to allow access to devices that are located outside the network security perimeter.
 3. Forward proxy
 Ideal for organizations that want to boost their endpoint protection while managing a remote workforce.
CASB Use Cases
Here are three CASB use cases that can help you build to improve your network security
Governing usage
CASBs are known for their efficiency in detecting shadow IT behaviours and enhancing security across the organization. You can use CASB to govern how your employees use the organization's cloud resources through granular visibility and control. CASB also allows organizations to govern cloud usage by evaluating identities, services, activities, and applications.
You can also define policies according to service category or risk by defining enforcement actions like block, alert, encrypt, or quarantine. CASB makes it easier for your IT team to improve their internal monitoring and take action against users that do not follow security policies.
Securing data
CASB makes it easier to protect and prevent sensitive data loss across your organization's cloud services. You can use DLP policies to discover sensitive data on sanctioned or unsanctioned cloud services. You can use CASB to combat data loss through encryption, tokenization, or upload prevention.
Protecting yourself
You can use CASB to safeguard your organization's cloud against various threats like malware or ransomware. You can start setting up SSL-encrypted connections; you can use anomaly detection to detect unusual user behaviour on the cloud, while threat intelligence will help you detect compromised or at-risk accounts.
CASB also layers static and dynamic anti-malware detection algorithms combined with machine learning to detect and mitigate the risks of ransomware. Additionally, you can use the information generated by a CASB solution to improve your security infrastructure through numerous API integrations and workflows.
Conclusion
Organizations need stringent security policies to protect their data from malware and ransomware as they increase their remote working capabilities. The most effective approach is to deploy a CASB solution to improve the enforceability of your security policies on the cloud while monitoring the users to detect unusual behaviour.
You may also like
Leave a Comment


text:
100% SATISFACTION GUARANTEE
- no headaches!
An excerpt from _URL_ archives copyright © 2000 - 2013
Where did the English Unwin family come from? What is the English Unwin family crest and coat of arms? When did the Unwin family first arrive in the United States? Where did the various branches of the family go? What is the Unwin family history?
Spelling variations of this family name include: Unwin, Unwyn, Unwynn, Unwine and others.
First found in Essex where they held a family seat from very ancient times, before and after the Norman Conquest in 1066.
This web page shows only a small excerpt of our Unwin research. Another 235 words(17 lines of text) are included under the topic Early Unwin History in all our PDF Extended History products.
More information is included under the topic Early Unwin Notables in all our PDF Extended History products.
Some of the first settlers of this family name were:
Unwin Settlers in the United States in the 17th Century
- Georg Unwin, who landed in Virginia in 1637
Unwin Settlers in the United States in the 18th Century
- John Unwin settled in Virginia in 1721
- Martin Unwin, who arrived in New England in 1737
- Francis Unwin settled in New England in 1770
Unwin Settlers in the United States in the 19th Century
- Earl Unwin, aged 9, who emigrated to America from Sheffield, in 1895
- Eliz. A. Unwin, aged 25, who landed in America from Shipley, in 1897
- George Unwin, aged 38, who landed in America from Nottingham, in 1899
Unwin Settlers in the United States in the 20th Century
- Edgar Walker Unwin, aged 36, who landed in America from London, in 1906
- Elorine Winifred Unwin, aged 15, who landed in America from Cambridge, in 1906
- Ada Unwin, aged 36, who settled in America from London, England, in 1909
- George E. Unwin, aged 37, who emigrated to America from London, England, in 1909
- Bertram Unwin, aged 21, who emigrated to the United States from New Market, England, in 1911
- Sir Raymond Unwin (_PHONE_), English prominent and influential urban planner
- Nicholas Unwin (b. 1962), British, is among the leading English pianists of his generation
- Commodore Edward Unwin VC CB Unwin VC, CB, CMG (_PHONE_), English recipient of the Victoria Cross
- Wing Commander George Cecil Unwin DSO, DFM & Bar (_PHONE_), English RAF wing commander
- Jim Unwin (_PHONE_), English rugby union international player
- Nora Sicer Unwin (_PHONE_), English children's illustrator and author
- Paul Unwin (b. 1957), English Oscar and BAFTA nominated film and television director
- Sir Stanley Unwin (_PHONE_), English publisher, co-founder of George Allen and Unwin (1914)
- Stephen D. Unwin, English physicist
- Stephen Unwin (b. 1960), English theatre director
- Shirley, Evelyn Philip. Noble and Gentle Men of England Or Notes Touching The Arms and Descendants of the Ancient Knightley and Gentle Houses of England Arranged in their Respective Counties 3rd Edition. Westminster: John Bowyer Nichols and Sons, 1866. Print.
- Ingram, Rev. James. Translator Anglo-Saxon Chronicle 1823. Print.
- Mills, A.D. Dictionary of English Place-Names. Oxford: Oxford University Press, 1991. Print. (ISBN 0-19-869156-4).
- Hanks, Hodges, Mills and Room. The Oxford Names Companion. Oxford: Oxford University Press, 2002. Print. (ISBN 0-19-860561-7).
- Lennard, Reginald. Rural England _PHONE_ A Study of Social and Agrarian Conditions. Oxford: Clarendon Press, 1959. Print.
- Bardsley, C.W. A Dictionary of English and Welsh Surnames: With Special American Instances. Wiltshire: Heraldry Today, 1901. Print. (ISBN 0-900455-44-6).
- Bowman, George Ernest. The Mayflower Reader A Selection of Articales from The Mayflower Descendent. Baltimore: Genealogical Publishing. Print.
- Bede, The Venerable. Historia Ecclesiatica Gentis Anglorum (The Ecclesiastical History Of the English People). Available through Internet Medieval Sourcebook the Fordham University Centre for Medieval Studies. Print.
- Bolton, Charles Knowles. Bolton's American Armory. Baltimore: Heraldic Book Company, 1964. Print.
- Hinde, Thomas Ed. The Domesday Book England's Heritage Then and Now. Surrey: Colour Library Books, 1995. Print. (ISBN 1-85833-440-3).
The Unwin Family Crest was acquired from the Houseofnames.com archives. The Unwin Family Crest was drawn according to heraldic standards based on published blazons. We generally include the oldest published family crest once associated with each surname.
This page was last modified on 10 February 2012 at 09:01.
houseofnames.com is an internet property owned by Swyrich Corporation.
100% SATISFACTION GUARANTEE
- no headaches!


text:
Surely the coconut must contain some powerful plant growth boosting properties inside to be able to do this. Imagine if we could somehow harness them? …Imagine if a pure, sustainable ingredient like coconut water could potentially change the way we grow?
Well, it turns out that research and horticulturists have proven that it absolutely can! Not only does coconut water speed up growth by up to 169%, it also grows healthier fruits and vegetables.
Clinical studies show that coconut water has been proven to be so effective for boosting growth across a variety of plant types that even labs use it to help their tissue cultured plants grow faster.
The more you learn about how coconut water affects plant growth, the more you'll question why you haven't heard about this before. That's because other coconut waters don't work for plant growth, as their beneficial phytonutrients have been destroyed by pasteurisation. This is why we created Groconut - a product that is harvested and processed differently to other coconut waters to grow better plants with proven results!
Try Groconut today for as little as $4.62, and the rest on interest-free payments with Afterpay!


text:
Definition of Cires
1. cire [n] - See also: cire
Click the following link to bring up a new window with an automated collection of images related to the term: Cires Images
Lexicographical Neighbors of Cires
Literary usage of Cires
Below you will find example usage of this term as found in modern and/or classical literature:
1. Letters on South America: Comprising Travels on the Banks of the Paraná and (1843)
"... Martinez y cires—Don Agustin Saenz and his polacca— Smuggling—The way of endowing brides. THE population of Corrientes, in character and class,..."
2. The Policy Paradox in Africa: Strengthening Links Between Economic Research by Elias Ayuk, Mohamed Ali Marouani (2007)
"To date, about 120 rural economy PhD-holders have been trained through this program and cires gained international recognition in research and training...."
Other Resources Relating to: Cires


1. Technology
Your suggestion is on its way!
An email with a link to:
was emailed to:
Thanks for sharing About.com with others!
Web Site inside a Delphi EXE
How to store Web-style content inside a Delphi application.
 More of this Feature
- Part 1: Resource Files Made Easy
- Part 2: Inside the EXE (compiling.rc files)
- Part 4: Resource only DLL
- Part 5: StringTable resources
- Part 6: Resource Managers
- Part 7: Fixing the "Duplicate resource" error
 Join the Discussion
 Related Resources
- Web programming
 Elsewhere on the Web
- HTML Res: MS overview
- Delphi HTML Resource Tool
- HTML Dialogs in Delphi
This is the third article in the series about storing more than just executable code inside a Delphi application.
In the introductory article we saw how Delphi uses standard Windows resource files like icons, bitmaps and cursors. As explained, resource files that store such kind of data can be created with Delphi's Image Editor. The second article explained how to use sound files, video clips, animations and more generally any kind of binary files in a Delphi executable - we placed a mp3 file inside a Delphi exe. As stated, we use Borland Resource Compiler (BRCC32.exe) to create a resource file that gets linked with an executable file.
Many of you have asked how your application can be a container for any Web-style content, including HTML resources and pictures that are part of your project.
This articles will show you how HTML and associated files (pictures) can easily be included within a Delphi application. As a result, you simply have to distribute an EXE file that includes HTML pages, as it would do with icons and cursors.
 Creating a HTML page
For the start we have to assemble a (simple) html page. Use your favorite HTML editor and create one page with one associated picture. I'll name mine aboutindex.htm.
Note that when you add a picture tag inside a htm page it looks something like:
We have to alter the IMG tags so that the SRC attribute equals the name we are to give to a picture in a resource:
My HTML code looks like:
HTML inside a Delphi exe This is a HTML Delphi resource test:
 Creating and compiling a resource file
Remember that to create a new resource script file, you have to:
1. Create a new text file in your projects directory.
2. Rename it to AHTMLDelphi.rc.
3. Write down the following two lines of text in the AHTMLDelphi.rc file.
DELPHIINDEX HTML "c:\Delphi\projects\aboutindex.htm"
ABOUTDP GIF "c:\library\graphics\adp.gif"
Note: the resource type "HTML" is RT_HTML, predefined as the resource type "23". This is the default resource type for the RES protocol.
In this way we have prepared one HTML page and one GIF picture to be included in the binary code of our EXE module.
The next step is to compile the.rc file. To compile the AHTMLDelphi.rc file to a.res file execute this command at the command prompt (in the projects directory):
The final step is to add the following compiler directive to a unit in your project. RES file must be included in the program's build by adding a line like this:
{$R AHTMLDelphi.RES}
 Displaying inside a Web browser
When you have the application's exe (let's call it: myhtmldelphi.exe) the HTML resource contained within can be accessed via the RES: protocol. Run Internet Explorer and, in the Address bar, type the following:
This should result in:
HTML page from a Delphi resource
That's it. If you have any questions; like how use the HREF tag inside a html resource, or how to display the html page inside a Delphi form; please post them on the Delphi Programming Forum!
©2014 About.com. All rights reserved.


Personal Bubble
 - Time Length
 Group Created with Sketch.
 < 1 hour
 - Mess Level
 A Little Messy
 - Cost
 Materials or Fees
 - Difficulty
 Shape Created with Sketch.
Question and Wonder:
 - Have you ever been in a crowded place? How did it make you feel?
 - How close to someone is too close?
 - What is personal space? Do I have it? You?
 - I wonder what it looks like?
Stand with your arms spread wide. Turn in a circle. This is your personal space. Imagine that space as a bubble. It's your personal space bubble!
Use the ribbons to hang a hula hoop from your shoulders. Imagine the space inside is your bubble.
Imagine and Design:
 - What can you do in your bubble?
 - Can you pop your bubble? How?
 - How do you respect your bubble? Other's bubbles?
Stand about 2 feet away from your parent or caregiver. Move slowly towards each other until it feels uncomfortable.
Test and Discuss:
 - How close was too close? Did you feel uncomfortable first?
 - What did you learn about personal space?
 - Why is it important to respect people's bubbles? For people to respect yours?
Extension Activity:
You can help your children increase their understanding of personal boundaries by designating specific spots in the home that are just for them. This can be their bedroom, their bed itself if they share a room, a toy chest, a closet, and more. Allow this place to be only for them and their belongings and make other family members ask for permission before accessing it. The more a child can understand and appreciate his own personal space, the more he can understand it for others.
Did You Know:
Personal Space is a very important social skill for children to learn, practice and grow. Understanding and keeping good personal space helps children to engage more successfully in everyday interactions and in personal relationships with peers and adults, as well as helping them to stay safe.
Print Instructions


Initial Design rules Stainless Steel 3D printing
This post is meant to give you guys a better indication of what is and what is not possible with 3D printing Stainless Steel. These guidelines are based on all your uploads and are a work in progress. They are meant to be indicative. We have images to illustrate these examples and I will add them once we have permission from the model owners.
I know that mass and weight are weird things to consider when 3D
modeling(unless you're a CAD person of course). But, look at your model
and think, if I made this out of clay would it work?
This is really the best tip I can give you.
small parts up to 50 by 50mm
95% of these parts print successfully. They can have very thin walls of below 3 mm. But, the most important reason for failing is that the parts are not strong enough or do not self-support. The model will either fall apart or crush itself. Lets imagine we are trying to print a wine glass standing upright. A 3 mm thick stem might work if it were printed alone. But in a wine glass the stem has to support the bowl. During production the model is very fragile. If the bowl is heavy it will simply topple over.
Lets imagine now that we are trying to print this same wineglass horizontally. The stem would break in the middle. Lets now imagine that we are trying to print a wine glass that has no stem but simply consists of the bowl. This would work because a wine glass bowl is a self supporting structure without a weak point that could cause the model to break. What if we get ambitious and would like to add lots of decoration to our wineglass bowl? This is possible. But, if the decoration would consist of a lot of mass the weight would break the bowl during the printing process.
Very thin or delicate structures can not be printed either.
If it looks wispy and lovely and feather-like it will probably have an issue. People have to remove support material, put it in an oven etc.
Integrated 'whole' parts have the highest chance of success. Lets imagine you wanted to print a plate of spaghetti. If it was one mass of spaghetti on a plate it might be possible. If there were strands of spaghetti that magically would stand upright and horizontally in all directions it would not work, it would break. If it would be and incredibly thin structure consisting of many individual strands in a bowl, it would not work. It could simply not be cleaned.
Furthermore since there is an oven step involved whereby the models are all heated to a high temperature parts might fuse if they are loose or close together. So, a bowl of many individual strands of spaghetti would fuse.
Medium to large parts less than 200 by 200 by 100mm
These parts need wall thicknesses of 3mm. Why? The part is larger so the internal structures supporting the part need to be stronger.
These are what I can give you right now. I hope to get more information to you as we learn.
Images are used under a Creative Commons Share, remix, attribution license. Images made by: KARPOV, AndrewK100 and Sebastian_Mary respectively.
 1. Joris
 they're great! A lot of fun!
 1. Madox.NET
 Propeller Hats!
 A picture post showing the latest delivery from Shapeways. Joris just posted guidelines on stainless steel printing so I thought I'll post some photos to show what tiny detail can be achieved.
 Fits quite nicely on the shirt cuf…
 2. Magic
 Very interesting the fact that for small object you can have wall of 1mm.
 I still do not understand if we can print moving parts: I am afraid that if there is no more support material during the infusion phase, the moving parts could get fused.
 For example could the Frankenstein Ring be printed in Stainless Steel?
 Here is the model:
 1. Joris
 the tolerances and the accuracy would make fine moving parts difficult. Exact gears and things would seem to be difficult also. But, a moving part with a large gap should work.
 2. Magic
 Currently, this model has 1 mm of clearance and 2 mm of thickness. But I have plans to reduce the model of 75% (0.75 mm or clearance and 1.5 mm of thickness) and 50% (0,5 mm of cleareance and 1 mm of thickness) in White Strong and Flexible.
 I guess these reduced versions won't work in Stainless Steel.
 I should also renounce to print a separate nut that could be screwed to the bolt… :-(
 3. George Bell
 What about printing that wine glass upside down? Would that work?
 Darn gravity. Maybe you can take a 3D printer up to the International Space Station? Then anything would work!
 1. Joris
 In terms of cost effectiveness we could do it in one of those Russian practice planes and do a layer every time the plane is at the top of its parabolic orbit.
 Does UPS even do pick ups from the ISS?
 4. Stijn van der Linden
 Thank you, this is very clarifying and helpful :-)
 Up till now it felt like modeling in the dark for SS, hoping and praying that the prints would succeed ;-)
 Could you also provide some info on the polishing step?
 What limitations does this add? Is there a minimum practical size for polishing?
 With the braille and other rings I tested, it seems they were hardly polished at all, still very rough (almost like wsf) and red.
 I can understand some reluctance to polish fine details (for example; accidentally removing the braille dots ;-) but there were a few rings that I think could have been a lot smoother and cleaner.
 I'll post some pics as soon as the darn memory card will release them to me :-\
 1. Joris
 The polishing step is a manual one. So it is very variable. Polishing should not reduce overall surface detail nor significantly affect the size of your model.
 We're working on improving this process but again it is a manual process so results may vary.
 5. Stephanie P
 So many people in London have skull rings, but this is my far the coolest.
 Very Damien Hirst ;)
 6. DBucci
 What percentage of shrinkage occurs in post infiltrated parts?
 7. Glen Gardner
 To All,
 It first needs to be recognized that 3d metal printing is a technology that is in it's infancy. Unlike traditional metal working methods with centuries long histories, many of the forces, stresses and reactions that printed metal parts must undergo have not been thoroughly quantified as hard data. Simply put, most of the time we know what works and what doesn't, but we can't always tell you exactly why. As in most technologies emerging from small companies, data collection is done on an "as needed" basis. The bulk of all human knowledge comes from data collected over years, decades or even centuries of trial and error. This might help explain why giving precise reasons and fool proof solutions for each and every failed or "non-printable" design is not practical or even possible.
 From my perspective here in the metal print shop I wish to offer some observations that I believe to be consistently true. When parts come out of the print machinery they consist of metal powder held together by a chemical binder (glue). All [I]green[/I] parts are fragile. Think in terms of air dried potters clay. As the size and intricacy of a design increases so does it's fragility. In the green state, these parts are extremely difficult to process without breaking. If a part is able to be loaded into the sintering furnace a whole new set of forces now come into play. Observations inside the running furnace are impossible so finished parts can only be examined [I]after[/I] the furnace is cooled. The most common failures detected [I]after[/I] sintering take the form of hairline cracks or open breaks. This type of flaw usually occurs in areas consisting of sharp angular intersections and/or radical section changes. The use of fillets and smooth transitions can help prevent this from occurring but not in every case. Flat broad thin meshes and grids are very often problematic but not always impossible. The overall size to mass ratio does seem to play a factor but no generalized rule has yet to be determined. Actually, it would surprise me if the use of the true "Golden Ratio" (1.618033……) didn't improve any design intended for 3dmp.
 Forgive me if these comments seem a bit vague but currently it is simply the nature of the beast. I truly believe that [I]everyone[/I] involved with these new technologies is now acting as a contributor to a global knowledge base. Whether designer, businessman or technician, we are all together writing the book on 3d printing/manufacturing. Pretty exciting stuff really!
 -Glen Gardner
 8. ideazonepd
 I'm curious to know if it would be possible to make a Glossy Stainless Steel material available on my models? (similar to the glossy on Gold Plated and Antique Bronze).
 9. bob scifo
 Stainless steel seems to shrink very slightly; is there a known percentage of shrinkage?
Comments are closed.


text:
The three-dimensional atom probe has been used to characterize the precipitates in two Li-containing 2xxx series aluminium alloys: Al-6Li-Cu-Mg-0.2Mn (alloy A) and Al-6Li-Cu-Mg-0.03Zr (alloy B). The alloys have been heat treated at 150?C for times in the range 6-24 h. In alloy A, the particles identified can be classified into two categories: those rich in Cu and Mg (similar to GPB zones and S' precipitates); and spherical particles rich in Li (?' precipitates). Clusters rich in Li are also observed. The same phases are observable in alloy B, although growth of the ?' phase precipitates is accompanied by the formation of a Zr-rich phase similar to ?'
To submit an update or takedown request for this paper, please submit an Update/Correction/Removal Request.


Posts tagged with 'asynchrony'
 - I recently came across an issue within a pipeline of asynchronous method calls where an attempt to deserialize a response from json to a known type may throw an exception, usually when the response is not json. For example, this may be the case when using something like nginx as a proxy for authentication purposes and failed authentication returns a HTML page. A simple reproducible example would be
 void Main()
 {
 MainAsync().Wait();
 }

 async Task MainAsync()
 {
 var result = await TryDeserializeAsync().ConfigureAwait(false);
 Console.WriteLine(result);
 }

 Task<double?> TryDeserializeAsync()
 {
 try {
 return DeserializeAsync();
 }
 catch {
 // swallow any exceptions thrown.
 }
 return null;
 }

 async Task<double?> DeserializeAsync()
 {
 await Task.Delay(100);
 throw new Exception("Serialization error");
 }

 Here we await TryDeserializeAsync() which in turn calls the actual DeserializeAsync() implementation, swallowing any exception that may occur in deserialization and simple returning null. That's the plan anyway.
 Read more…


Food and Nutrition
Does It Matter If Your Dog Eats the Same Thing Every Day? Here's What a Vet Has to Say
True or false: If you ate your favorite food every single day for all three meals, it would very quickly drop off your favorite-food list. Answer: Probably true, and if you're a pet parent, that's likely led you to wondering, "Is my dog totally bored with their food?"
We're guessing that answer is another "probably true" (since eating the same meal year-round doesn't sound very appealing whether you have two legs or four). But the bigger question is, does keeping the same food on repeat impact your dog's health?
According to board certified veterinary nutritionist Joseph Bartges, DVM, PhD, it's technically okay if your dog eats the same food every day, as long as the food is complete, balanced, and has good bioavailability. But, he still recommends opting for variety in your pup's diet regardless because "this prevents them from becoming finicky about food." You heard it here first—your dog gets food boredom, too.
Switching up your dog's food on the reg is called rotational feeding, and it's easier to implement than it sounds—especially if you choose a food that's well-suited for rotational feeding, like ACANA®, which has many different recipes to choose from so you can easily find what suits your canine BFF's palate.
Plus, with each recipe formulated to have a 60/40 ratio of animal ingredients to fruits and vegetables, it also covers off on Dr. Bartges' prerequisite of balance. "ACANA is moderately high in protein and utilizes fresh and frozen raw ingredients to provide a rich nutrient profile to your dog," says Darcia Kostiuk, DVM, senior veterinarian at Champion Petfoods LP.
From wild-caught fish to grass-fed beef (which are available in both grain-free and grains varieties), your dog's dinner options are about to read like the menu at your favorite restaurant—aka, optimal nutrition and no more food boredom for your number one.
The main reasons to consider rotational feeding
Overall, the biggest draw of rotational feeding for dogs is the exact same reason humans mix it up: A wide range of nutrients, flavors, and ingredients equals a well-balanced diet. Plus, "variety is the spice of life," as Dr. Bartges puts it.
And Dr. Kostiuk agrees. "Rotational feeding can benefit your pet nutritionally by providing different kinds and levels of amino acids (remember, they are the building blocks of protein), fatty acids, and fiber from different sources in different diets," she says. "Each [ACANA] formulation is complete and balanced, but different ingredients will bring different nutrient profiles to the diet that your pet can benefit from."
Oh, and if you have a super picky pup? They're actually the prime candidate for rotational feeding, according to Dr. Kostiuk. "Picky dogs would be the type of dog that would really thrive on a rotational feeding schedule because [it] would be meeting what they want: variety," she says.
How to implement it
So how do you do it? Whether you're a new pet parent or a veteran, rotational feeding for dogs doesn't have to be complicated. According to both Dr. Kostiuk and Dr. Bartges, the actual schedule comes down to whatever works best for you and your pet, based on your schedule, budget, and your dog's response.
The goal is true variety—not just switching back and forth between two different types of foods and calling it good, says Dr. Bartges—and Dr. Kostiuk recommends mixing it up every few months.
"Rotational feeding can be as simple as changing your dog's food to a different recipe every other bag, or changing it meal to meal," she says. "You can choose how many different foods you want, and then keep a rotation going based on what your dog likes."
One caveat: Don't just switch them cold turkey at first. "Ensure that you transition over four to five days between formulation changes, but over time the regular diets in the rotation probably will not need the transition period," Dr. Kostiuk says.
For example, if you're switching from ACANA® Freshwater Fish Formula dry dog food to ACANA® Singles Beef and Pumpkin Recipe, start by adding a bit of the Beef Recipe to the bowl of Freshwater Fish, then add more the next day, and so on (here's a step-by-step). For more variety (and to really impress your dog), add in a few of ACANA's nutrient-dense treats. And just like that, food boredom was banished for good.
Photo: ACANA®
Loading More Posts...


How to Dockerize, Automate the Build and its Process for Android?
Automate the Build and its Process for Android
Automate the Build and its Process for Android
Here we are, on this very fourth article of the "How To" Series. In this special series of blogs, we explained how to dockerize, Automate the build and deployment process for different kinds of platforms such as PHP, Python, Android, Flutter, iOS, etc. In this article, we will explain step by step process of Dockerizing process for the Android platform.
Now, Before we move further here is a little bit about ourselves: We are a bunch of people who love technology and specifically Information Technology, Artificial Intelligence, and Machine learning. Not limited to this, our developers have good command over DevOps infrastructure automation, and with that, we help loads of our clients to build their businesses. Before proceed further, if you need expert support get Docker professional consulting services from 9series.
Before diving into coding let's check up on the basic things/stuff/requirements that are necessary for us to do the coding part:
 - Dockerfile:
You see, the main file on Docker is Dockerfile. Basically, it is a virtual environment that runs temporarily and from which we can do all our processes or changes within the coding.
 - Updated versions:
Do check up on all your software before starting the projects. Because in the middle one can not change it drastically.
Now, Let's go towards the process:
 1. Android Image
 2. Docker Hub
 3. Build your docker app
Okay!! So, these are the 3 main steps from which you can easily build your android application within a docker. Let's check out one by one.
 - Android Image:
Below is the step by step guide to building an Android Image:
 1. First and foremost thing, you need to create a new docker directory that helps you to run different kinds of commands.
 2. Create a docker file and give it a name.
 3. Input the "android Gradle" command after your initial code setup this is one of the essentials for you to run your projects.
 4. Run "clean" command for cleaning up unrelated files
 5. Runt "Lint" command in order to get a permit to change into coding that is required and necessary for all the changes we will do.
 - Docker Hub:
We need to push our docker file to create the docker hub and below are the steps to just doing that:
 1. Create docker hub repo.
 2. Run command 'docker images – a' for pushing your docker file to docker hub.
 3. Add a tag and name it as you like.
(Note: This tag is given to docker image, not your file or other android files)
 1. Now, use the 'docker push' command for pushing our file to hubdocker.
This is how you build Docker Hub. and put your file into that Hub. Now, Let's move on to the last step that is Building an app.
 1. Build your Docker App:
Here are the steps for creating an app within Docker. All we do here is first pull our app then build it.
 1. AS I said, Pulled the image from hubdocker
 2. Now, we want to run this app locally so, use the $gradle clean command in your android directory
 3. Then apply Gradle lint and Gradle builds command to build your app.
This is how you can build an android application within a Docker. It is easy to process. Remember, most of the time one can not deploy the whole application into docker but one can certainly build an application into Docker itself.
In the next article, we will talk about Docker containerization for Flutter, iOS so, stay updated with our articles.
Please enter your comment!
Please enter your name here


T bone car accident settlement
What is the average settlement for a back injury in a car accident?
In an average car accident case that involves a relatively minor soft tissue neck or back injury, the accident victim may expect to receive a settlement anywhere between $2,500 and $10,000 from the at-fault person's insurance company.
What type of injury is commonly associated with T Bone accidents?
Types of Injuries Commonly Associated With T Bone Accidents Concussion. Whiplash, a serious neck injury caused by the forceful, back-and-forth motion of the neck. Broken bones in the hands, legs, forearms, ribs, and elsewhere on the body, especially if the T Bone accident results in the car rolling. Spinal cord injury.
How much is my pain and suffering settlement?
What is the average payout for soft tissue injury?
The average payout of a soft tissue injury ranges from $2,500 to $10,000 for whiplash, $15,000 for ankle sprains, $20,000 for shoulder injuries, and $100,000 to $350,000 for herniated discs.
How much should a rear end collision settlement be?
You might be interested: Titanic ship accident
What does T boning mean?
: a small steak from the thin end of the short loin containing a T -shaped bone and a small piece of tenderloin also : this bone — see beef illustration. T -bone. verb. T – boned ; T – boning ; T -bones.
What does T boned mean?
A T -bone accident is one where the front of one car or truck crashes into the side of another vehicle. Broadside accidents most often occur at intersections when one of the drivers fails to stop at a stop sign or traffic light, or otherwise fails to yield the right-of-way to the other driver.
What happens if you get T boned?
T – bone accidents occur when one vehicle smashes into the side of another vehicle, roughly creating the shape of a T. They are also known as broadside or side collisions. If you are involved in a T – bone crash, it's highly likely you will sustain serious injuries.
How can I prove my pain and suffering?
How much should I ask for settlement?
A general rule is 75% to 100% higher than what you would actually be satisfied with. For example, if you think your claim is worth between $1,500 and $2,000, make your first demand for $3,000 or $4,000. If you think your claim is worth $4,000 to $5,000, make your first demand for $8,000 or $10,000.
Is a pain and suffering settlement taxable?
This means typical personal injury damages that are meant to compensate the claimant for things like lost wages, medical bills, emotional distress, pain and suffering, loss of consortium, and attorney fees are not taxable as long as they come from a personal injury or a physical sickness.
You might be interested: Car accident in
How do you respond to a low settlement offer?
How much can I expect from a personal injury settlement?
Personal Injury : How Much Can I Expect to Get? Settlements and court awards in personal injury cases typically range from $3,000 to $75,000. Seven out of 10 readers receive a settlement or award for their personal injury claims.
How much is neck injury worth?
Leave a Reply
Fireball accident ohio
Terrence j car accident


text: Nowadays, the delay, the output transition time and the short circuit power consumption of CMOS gates depend on the load capacitance and the input transition time. In currently used technology libraries, table models with 25 or more samples are used for calculating by interpolation each of these three variables. Previous work deriving analytical models are based on neglecting the short circuit current or approximating currents as piecewise linear. In the beginning of this paper, different mathematical models describing the transistor current are compared with respect to the accuracy of a numerical calculated output waveform. The results show that Sakurai's alpha-Power Model with linear equation in the linear region and exponent alpha=1 serves as a well-fitting model for the underlying 0.35 μm technology. Based on this transistor model and the assumption of a linear rising input, the differential equation of the output voltage, including both transistor currents and the capacitive load, has to be solved. Splitting the solution into regions, an approximate solution can be derived for the case that the PMOS transistor is working in linear and the NMOS in saturation condition. The rather complex calculation of the point where the PMOS transistor switches from linear to saturation region can be simplified by using curve fitting techniques. The required curve parameters depend on technology constants as in MM9 and the quotient wn/wp. Consequently, one set of parameters allows the analysis of a wide range of inverters as long as wn/wp is kept constant. The accuracy of the results for the delay are typically within 10%, those for output transition time and power consumption within 5% compared to spice simulation.


text:
Experiments on backward stimulated Raman scattering of an injection-locked XeF (351.1-nm) laser beam are presented. Because the XeF laser is inhomogeneously broadened, its output is composed of both a narrow-band component (50–60% of the energy) and an unlocked broadband component. It is found that the presence of forward Raman scattering from the broadband unlocked component of the XeF energy terminates the backward Raman scattering of the narrow- (~1-GHz) bandwidth-locked component of the radiation. The results are of a general nature and would apply to scattering from any inhomogeneously broadened injection-locked laser.
© 1984 Optical Society of America
Michael Slatkine and Irving J. Bigio, "Quenching of backward stimulated Raman scattering by broadband forward Raman radiation," Opt. Lett. 9, 294-296 (1984)