20 Deep Questions to Ask Your Boyfriend
It would be difficult to decipher what exactly is running through the mind of your boyfriend or anybody. How is it possible to find out what is the inner layer of current running through his mind? The best way to dig out something from the deep inner thought of a person is asking some intelligent questions. For people who are in a deep relationship and confused to know about the hidden trait, it is better to ask these 20 deep questions.
deep questions to ask your boyfriend
 1. What is the most disturbing thing in your life that you regret always?
The question has an emotional attachment when you ask this question to your boyfriend he will feel secured to open his mind. He may tell you those top guarded secret in his life and share those feeling with you. If he opens his mind and tells you all about his life, it is a good indication to make you understand, why he regrets that incident. You can relate those events with any of the current incidents and plan your relationship with your boyfriend.
 1. How do you define about yourself?
This is an open question allowing him to explain about himself. So people have a good assessment about their positive and negative drawbacks. This will also give you a chance to understand whether he want to hide something deliberately from you.
 1. Have been into a relationship before?
You may feel it is an embarrassing question. It is better to know about his past relationship or relationships. If he had many relationships and you are also one among them, then it will give you a good understanding of the person.
 1. Do you believe in marriage?
There is no ill feeling asking a direct question straight to point if you are thinking of a wedding life with your boyfriend and he is not yet proposed to you. As the common adage say, ladies always first. So take the chance and force him to open his mind.
 1. What is the good thing about me that attract you the most?
This question let you focus on what is the best thing that attracted him to you. It could be your eyes, hair, lips, your skin, your body posture, your talking style, your manners or anything. This will let you more refine in those areas and make him very comfortable.
 1. Tell me what do you think about beauty?
Are you serious in asking this question? You can certainly find out from him what he is thinking about beauty. If he is the person with exceptional qualities, he will let you know the difference between the inner beauty and physical beauty. Beauty is always in the beholders eyes.
 1. What do you do if you lose somebody in a terrible accident?
If you want to know your boyfriend, how deep is he emotionally attached to his close friends and relatives. People with strong emotional attachments are trustworthy guys. It is a good question. Listen to him carefully.
 1. What is your future plan?
When having a relationship for a long time and yet you are unsure about the future plans, it is time for you to ask this question to your boyfriend. This will, or it will force him to open his mind and discuss about his future plans. Who knows, maybe the answer what you are looking for all these days, you can hear from his mouth.
 1. Do you like to be loved or respected?
If you are confused about the character of your boyfriend and you cannot identify whether he want to be respected or loved, you can certainly through this question. People who are very much serious in character would say that want to get respected rather than loved. It is good, let whatever be the answer. You can take the cues to nourish the relationship.
 1. What is your favorite color?
Is there anything special in the color sense? Yes, people who life soft colors will be soft in thoughts than people who opt for violent colors.
 1. What is your best food?
Food habits and food choices are always imperative in any relationship. It is better to have common food habits to have a sustainable long-standing relationship. If your boyfriend is a non-veg and you are a veggie, then it will always be a conflicting situation when you select the menu, whether at a restaurant or be at home.
 1. What is your professional ambition?
Organized people will have professional goals. They have precise calculations about their life. They will have better plans to achieve their career objectives. It is better to maintain a relationship with somebody who is better organized in their life.
 1. Do you like gambling?
This is a simple question to know the gambling tendency of the person. Gambling for fun is good, but gambling for life is very dangerous.
 1. Do you like to hang around?
In the early stages of your courtship, it will be a delightful experience to hang around with your boyfriend. If he is shy in nature, you can take the initiative by asking this question. He will certainly like to hang around with you.
 1. If your house was on fire, what would be your first thoughts?
It is an easy question to know his priorities when engulfed in an emergency situation. If he is only interested save his personal effects, he is indeed a selfish person. Instead if he gives priority to save human life, pet animals then it shows the right side of his personality.
 1. If you win a lottery what you would do with the money?
An easy going person will find ways to spend all the money for luxury. A serious person with good objectives in life will have calculated movements on how to spend the cash. This is a hypothec question but good one to know him clearly.
 1. Do you love doing charity activities?
People with a kind heart will love to do charity services. If you boyfriend is socially committed, he will love this question.
 1. Do you like traveling?
Most of the people like to travel around the world. But there are different type of travel plans. Some with adventure, some are only interested in visiting historically important places and yet others interested in visiting countries with beautiful beaches. It is a good question indeed to know if his interest is matching with yours.
 1. What do you hate something about yourself?
It is a valuable question to evaluate his personality and confirm that he is also aware of his negative elements in his character. He may regret with you his inability to manage the situation. But it is better to know from your boyfriend so that you can vouch for the situation.
 1. In life if you get a second chance, what would be your preference?
Almost everybody at some stages of their life would have sincerely wished to have a second chance in their life, if they failed to take a right decision at a crucial moment that had just slipped away between cup and lips. It can let you understand how well prepared to grab the next opportunity in life.
These 20 questions may seem to be silly, but each of these questions can help you to analyze the person. His personal plus and negative traits can be easily extracted they way how is responding to these questions. However, make sure to ask these questions very carefully without letting him know that you are asking something very deliberately to evaluate his personality. You can take calculated intervals to put these questions over a period of time and consolidate your opinion about your boyfriend. You may also put a conscious effort by putting you also in the same situation and ask these questions to yourself and get an unbiased answer. You don't have to leave everything to the fate. Calculated movements can bring you long lasting healthy friendship. So make a bold effort to find out the best boyfriend with whom you can have a successful long lasting life.
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text:
ABOUT OUR TEACHER TOM…
Finding His Way To EBNS:
Teacher ● Father ● Traveler ● Nurturer ● Farmer ● Learner
Early Childhood Education at SUNY Geneseo ● Kindergarten Teacher at Cobblestone School ● Art Teacher in the Rochester City School District
- Child-Centered, experiential education
- engage kids and prepare them for future learning.
- Play! Wonder! Nurture! Fairytales, songs and games are used to open minds and hearts.
- Learning and life are seasonal and rhythmic. Varying play by the season and by the day is purposeful and allows children to learn actively.
Hopes Within the Classroom:
- Every child should feel important and understand that their feelings matter.
- Children will come together respecting and caring for one another so they will grow to function as healthy adults with an appreciation for community.
- When friends are sad, hurt or feeling left out, they talk about how it is important that everyone feel included and safe, with their bodies as well as their hearts.
- Children will be encouraged to notice each other and to let each other know when something is not right or if someone is hurting.
- Embracing the joy of teaching, learning and community!
"What could be more magical than watching children grow?" – Teacher Tom
Watch the video below to learn more from Tom about his journey as teacher:

source: openbmb/Ultra-FineWeb


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Power Query: More Haste Less Steps Part 1
20 April 2022
Welcome to our Power Query blog. This week, I look a query with too many steps.
I have created a Dates query:
I have deliberately gone the long way round to create this query! Ignoring the first three steps, it has taken me twelve steps to achieve my goal.
The first task was to create a Month Name column with a short month name. This takes up six steps. First, I duplicate the Date Column, creating a 'Duplicated Column' step:
Then I use the Date transformation on the Transform tab to convert the new column to hold the 'Name of Month', creating an 'Extracted Month Name' step.
Next, I used 'Split Column' on the Transform tab to split the column 'By Positions', creating a 'Split Column by Position' step:
This automatically generated a 'Changed Type1' step. I then had to delete the unwanted column, creating a 'Removed Column' step and rename the one I wanted to keep to 'month', creating a 'Renamed Column1' step:
I then took another five steps to create a 'Quarter' column. I duplicated the Date column again (Duplicated Column1) and used the Date transformation again, this time to get the Quarter, creating a 'Calculated Quarter' step.
I then decided I wanted to have a 'Q' in front of it, so I converted the column to data type text using the dropdown from the data type icon, creating a 'Changed Type2' step:
I then added a 'Custom Column' from the Home tab to add the 'Q' ('Added Custom'):
Then I deleted the Date – Copy column which held the original quarter value ('Removed Column1') and decided to rename the month column to 'Month Name' ('Renamed Column2').
Next time I'll have a look at how this number of steps may be reduced whilst still using the User Interface (UI). How many steps do you think I will need?
Come back next time for more ways to use Power Query!

source: m-a-p/FineFineWeb


text: Return flow to groundwater is the quantity of water applied at or near the land surface which infiltrates back (returns) to the groundwater system. Common uses that lead to return flow are irrigation of agricultural fields, golf courses or lawns, domestic wastewater disposal through septic systems, and artificial recharge. Quantifying the amount of this applied water that percolates to the water table is necessary in many water-short western states to prove beneficial use, evaluate return flow credits, demonstrate the portion of a water right which can be transferred to another party, and for water banking computations in aquifer storage and recovery projects. Return flow analysis is also relevant to municipal water reuse projects, where the impacts to groundwater quality from landscape and golf course irrigation or artificial recharge with treated wastewater are a potential concern. The purpose of this paper is to describe return flow processes and methods available to quantify return flow to groundwater. The first part of the paper sets the statutory and regulatory contexts for return flow analyses. The second part of the paper deals with a review of the available methods to quantify return flow to groundwater. Although a very common method is the water balance approach applied at the point of use, with the corresponding assumption that the residual water component becomes deep percolation (return flow), we emphasize the less commonly used approaches that rely on data and computations in the vadose zone and in the aquifer.


=over =item grep BLOCK LIST X =item grep EXPR,LIST This is similar in spirit to, but not the same as, grep(1) and its relatives. In particular, it is not limited to using regular expressions. Evaluates the BLOCK or EXPR for each element of LIST (locally setting C<$_> to each element) and returns the list value consisting of those elements for which the expression evaluated to true. In scalar context, returns the number of times the expression was true. _USER_ = grep(!/^#/, _USER_); # weed out comments or equivalently, _USER_ = grep {!/^#/} _USER_; # weed out comments Note that C<$_> is an alias to the list value, so it can be used to modify the elements of the LIST. While this is useful and supported, it can cause bizarre results if the elements of LIST are not variables. Similarly, grep returns aliases into the original list, much as a for loop's index variable aliases the list elements. That is, modifying an element of a list returned by grep (for example, in a C, C or another C) actually modifies the element in the original list. This is usually something to be avoided when writing clear code. If C<$_> is lexical in the scope where the C appears (because it has been declared with C) then, in addition to being locally aliased to the list elements, C<$_> keeps being lexical inside the block; i.e., it can't be seen from the outside, avoiding any potential side-effects. See also L for a list composed of the results of the BLOCK or EXPR. =back


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I want to run a block bootstrap on the relative returns, but I'm not sure if subtracting the mean is important.
A bootstrap sequence is a synthetic sequence generated using the original sequence. If you're backtesting or estimating certain measures, such as volatility or the mean, then you can use the bootstrap to get a confidence interval on these values. The issue is in the way the bootstrap sequence is generated. You have to cut the original sequence into blocks, for the block bootstrap, and select blocks uniformly at random and place them in the sequence they were selected until you have a new bootstrap sequence of length n. You can't use the original prices, so you have to use the relative prices. These relative prices are the same as 1 day returns. I am wondering if mean centering is important in practice. I currently take the difference of their logs,
but it seems that some posts have suggested subtracting the mean return from the difference of logs
$\log\left(\frac{r_t}{r_{t-1}}\right) - \mu_r$
Most of the papers have an assumption of zero mean sequences. It's easy to zero-mean, but I'm afraid that this introduces some lookahead bias as the mean of the entire sequence is only known with knowledge of the full sequence. Why is subtracting the mean useful/important in practice?
share|improve this question
What is the purpose of the bootstrap? – John Jun 5 '13 at 20:54
Hi _USER_ I updated the question. Thanks – Amir Sani Jun 7 '13 at 10:18
" You can't use the original prices, so you have to use the relative prices." Do you mean returns? – Quartz Jun 7 '13 at 12:01
Anyway for risk a 0 mean return is a common assumption. Not only using a drift is an arbitrary decision (just like 0 drift, but slightly less so) and the process might not be stationary, but there's $\mu_r$'s estimation error too. As a compromise you could blend in $\mu_r$ weighting it by (an estimate of) the estimate precision, not just strictly statistical precision but also sample relevance taking into account how far in the past you're measuring (200 days or weeks are different in two ways). – Quartz Jun 7 '13 at 12:11
You could simply do density kernel smoothing estimation of the underlying probability distribution of each separate block, generate the data from that and then pick subsets of the resulting data. This should not depend on the mean of the sequence. – SMeznaric Jun 15 '13 at 15:16
2 Answers 2
up vote 2 down vote accepted
It obviously depends on what you're trying to do but since we're speaking about returns zero centering is what's usually done because of the null hypothesis claiming that expected excess returns are zero. You zero center the distribution because you want to obtain a distribution satisfying the null hypothesis. In this distribution you then plug your sample mean and get a p-value.
This comes in handy in performance evaluation. It's what Aronson does in Evidence Based Technical Analysis when measuring the significance of the observed profits. It's also what White does in A Reality Check for Data Snooping when calculating the p-value for each model. White calculates for example those two V-values. For a single model you have
$$\bar V_1 = n^{1/2} \bar f_1$$
which is basically the sample mean (see the paper if you don't get the $n^{1/2}$ value) and you also have the bootstrapped distribution
$$\bar V_{1,i}^* = n^{1/2} (\bar f_{1,i}^* - \bar f_1)$$
which as you can see is zero centered through mean subtraction. The p-value is then obtained by plugging in $\bar V_1$ in the $\bar V_{1,i}^*$ distribution.
I also wouldn't say this adds any forward looking bias as you're not using the mean information to make any kind of decision. You're simply trying to determine whether the observed returns over a certain period beat the expected returns of a random strategy.
share|improve this answer
When you do bootstrapping, the actual problem is that you have too few events to really get an actual distribution. There are X methods to get the original set enriched, reinserting the events based not only on the uniform distribution when selecting the nth event out of the N total ones.
As the mean is one of the first characteristics of a distribution (the 1st moment), substracting a mean (whatever reasons you have), you implicitly throw information away. You might well calculate whatever mean you want at the very end and do with it the intended stuff.
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text: The vibration of a circular cylinder due to fluid forces is of interest in various engineering fields. In this study, we investigate an approach to estimate fluid forces acting on a circular cylinder in a flow field based on experimental flow visualizations using a deep neural network (DNN). Specifically, the wake patterns and fluid forces are correlated in a computational fluid dynamics (CFD) simulation, and the forces in the experiment are estimated by comparing experimental and computational wake patterns with DNN. The approach is tested via dye-ink visualization around a circular cylinder at Reynolds number of 560, referring Seyed-Aghazadeh et al. (Physics of Fluids, 2015). First, the CFD simulation of a circular cylinder with forced vibration in the crossflow direction is conducted with various vibration frequencies. Subsequently, the visualized wake images of the resulting flow fields and corresponding fluid forces are used as training data for DNN. In the estimation, the images from the experiment are detected by the CFD-trained DNN. With this, we can also recall the fluid forces correlated by CFD. The average drag coefficient and the peak value of lift coefficient estimated from streaming experimental images have the standard deviations of 2.1 to 13.7% and 6.6 to 18.6%, respectively, depending on the number of training images. The root-mean-square value of the lift coefficient obtained from the present estimation is 0.82, which is similar to the experimental value of 0.8 under the same flow and oscillation conditions.


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Grants We Funded
In 2019, The Plastic Surgery Foundation (The PSF) awarded 33 investigator-initiated projects and allocated $891,274 to support the newest, clinically relevant research in plastic surgery.
The American Society of Plastic Surgeons/PSF leadership is committed to continuing to provide high levels of investigator-initiated research support to ensure that plastic surgeons have the needed research resources to be pioneers and innovators in advancing the practice of medicine.
Search The PSF database to have easy access to full-text grant abstracts from past PSF-funded research projects 2003 to present. All abstracts are the work of the Principal Investigators and were retrieved from their PSF grant applications. Several different filters may be applied to locate abstracts specific to a particular focus area, or PSF funding mechanism.
Development of a Degradable Bioengineered Skin Equivalent
Howard Levinson MD, FACS
Duke University Medical Center
National Endowment for Plastic Surgery Grant
Understanding the properties a bioengineered skin equivalent needs to possess to prevent hypertrophic scarring is fundamental to advancing the fields of bioengineering, and wound healing and fibrosis. There is the potential that through our analyses we will develop a technology to prevent hypertrophic scarring.
Howard Levinson, MD, FACS is a double board certified General Surgeon and Plastic and Reconstructive Surgeon at Duke University Medical Center (DUMC). He is an Associate Professor in the Departments of Surgery and Pathology. Dr Levinson is the Director of Plastic Surgery Research and is the Principal Investigator of the Wound Healing and Fibrosis Laboratory at DUMC. Dr Levinson has an active clinical practice. He cares for patients both at DUMC and the Veterans Administration Hospital in Durham, North Carolina. Dr Levinson performs clinical research and leads a translational research team which is rooted in the basic science laboratory. He holds several translational patents. His team uses contemporary in vitro and in vivo disease models to understand the mechanisms of skin wound healing and scarring in both rodents and swine. His laboratory is funded by intramural as well as extramural grants. His funding portfolio includes past and present grants from industry sponsored research, foundation and society funding, and grants from the National Institutes of Health and Howard Hughes Medical Institute. Dr Levinson is also a national recognized key opinion leader in the field of skin regeneration as is evidenced by his consulting for GlaxoSmithKline, Johnson and Johnson, Heraeus Pharmaceuticals, Exoxemis, Allergan. He serves on the Wound Care Advisory board for Cardinal Health. He had served on multiple study sections for Department of Defense and the Plastic Surgery Foundation and has multiple collaborations with investigators both within and outside of DUMC. He has served as an ad-hoc reviewer for several scientific journals including The New England Journal of Medicine, Annals of Surgery, The American Journal of Physiology: Cell Physiology, e-PLOS, Journal of Surgical Research, Plastic and Reconstructive Surgery, and Molecular and Cellular Biochemistry.


WVU Extension
Why are bees swarming around my bird feeder?
Bees are swarming on my bird feeder and eating all the bird seed. Birds are even staying away. I've never seen this before; what's the reason for this odd behavior?
Honey bees are only territorial of their hive and will not try and protect a food source beyond that area. Honey bees foraging away from the hive nest will only sting when immediately threatened. Stepping on a bee will provoke it to sting, but if the bee is released before a stinging occurs the bee will not pursue whatever stepped on it. Cattle will avoid grain feeder due to bees that get into the nostril and mouth when feeding. Birds may step on bees or hit them with their beak while
feeding. Birds may also just be intimidated by the presence of the bees.


text:
Letzburgesch or Luxembourgian (in French, Luxembourgeois; in German, Luxemburgisch; in Luxembourgish Lëtzebuergesch) is a West Germanic language spoken in Luxembourg. It was adopted as an official language in 1984. It is also spoken in small parts of Belgium, France and Germany
Luxembourgish belongs to the Middle German group of High German languages, like standard German. However, it's not intelligible to most Germans, as it is more than just a german dialect. It borrows many French words. For example, the verb to propose is proposieren from the French proposer, which in German would be verschlagen.
Standard German is called "High German" in Luxembourg, where it is used for official purposes.

source: HuggingFaceFW/fineweb-edu


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Floods devestated parts of eastern India along the Brahmaputra River in June 2000. In some tributaries of the Brahmaputra, the water reached more than 5 meters (16.5 feet) above flood stage. At least 40 residents died, and the flood waters destroyed a bridge linking the region to the rest of India. High water also threatened endangered Rhinos in Kaziranga National Park.
Flooded areas are shown in red in the above image. The map was derived from Advanced Very High Resolution Radiometer (AVHRR) data taken on June 15, 2000.


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This podcast takes you through the second section of a two part process of editing a large number of images down top a select few.
In the first podcast, I edited 1450 images down to a top 94. In this section, I will edit those same top 94 down again to approximately a top twenty. By edit, I mean reducing the number of images in a given set, not cropping or altering them. Editing is a learned skill that is best understood by watching someone else do that, till you understand their thinking. The best editors are people who can reduce a given set of images down to a select few based on what ever the particular end use is for that set of images, be it an exhibition, book, article, etc.


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Matthew 27:51 At that moment the curtain of the temple was torn in two from top to bottom. The earth shook and the rocks split.
THE SEAL AT THE GARDEN TOMB. - Matthew 27:65 "Take a guard," Pilate answered. "Go, make the tomb as secure as you know how." 66 So they went and made the tomb secure by putting a seal on the stone and posting the guard.
Matthew 27.33 They came to a place called Golgotha (which means The Place of the Skull).


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Savannah Energy PLC, the British independent energy company focused around the delivery of Projects that Matter is pleased to announce the signing of a Memorandum of Agreement ("MOA") by Savannah Energy RCM Limited, a wholly owned subsidiary of Savannah, with the Government of the Republic of Cameroon (the "Government") for the development of the Bini a Warak Hydroelectric Project (the "Bini Project") located in the northern Adamawa Region of Cameroon.
A signing ceremony was held today in Yaounde, attended by Gaston Eloundou Essomba, Minister of Water and Energy for the Republic of Cameroon, His Excellency Dr Christian Dennys-McClure, British High Commissioner to the Republic of Cameroon and Andrew Knott, Chief Executive Officer of Savannah.
The 75 megawatts ("MW") Bini Project is expected to provide clean, stable and affordable power to Cameroon's northern region. This is anticipated to support both existing local electricity demand and enable a number of energy-intensive industrial projects, principally in the cement and metallurgy industries, within the region. The Bini Project is expected to increase current on-grid electricity generation capacity in northern Cameroon by over 50%. There is also the potential for power to be dispatched into Cameroon's southern electricity grid, upon completion of the interconnection, financed by the World Bank, of the northern and southern electricity networks currently planned by the Government for 2026.
The Bini Project involves the construction of a dam on the Bini River, together with an 82km2 reservoir and associated tunnels, powerhouses, substations and a 225 Kilovolt transmission line connecting the Bini Project to Cameroon's northern electricity grid. It is intended to be developed on an independent power project basis with project sanction expected in 2024 and first power targeted in the 2027 to 2028 window.
Under the terms of the MOA, Savannah plans to supplement existing feasibility studies and work with power industry authorities and development finance institutions to finalise the development, financing and resumption of construction of the Bini Project.
Savannah expects to fund the Bini Project from a combination of its own internally generated cashflows and project-specific debt.
The Minister of Water and Energy for the Republic of Cameroon, Gaston Eloundou Essomba said: "The Government is delighted to partner with Savannah Energy in order to deliver clean and affordable electricity to support our industrialisation plans for northern Cameroon. The Bini Project will address the current electricity shortages caused by the hydrology deficit of the Ladgo Dam and reduce the consequent reliance on expensive thermal generated power in the region.
Our partnership with Savannah is in line with our long-term "Vision 2035″ Master Plan for increasing the electrification in the country and the National Strategy for Development 2020-2030. The decision to invest in the Bini Project is a clear indication of the confidence Savannah has in our country's potential and our legal frameworks for investment. As a government, we will provide all the support needed to enable Savannah to deliver first power from this exciting project in the 2027 to 2028 window."
The British High Commissioner to the Republic of Cameroon, Christian Dennys-McClure said: "I am delighted that a British company, Savannah Energy, is making such a substantial investment in renewable energy in Cameroon. Cameroon has plentiful hydropower resources which, through investments like this, can be harnessed to develop the economy and improve the lives of millions of Cameroonians. This is a further example of the United Kingdom's commitment to Cameroon."
The CEO of Savannah Energy, Andrew Knott said: "I am delighted to announce the signing of the Bini a Warak MOA. The Bini Project is expected to provide clean, stable and affordable power to northern Cameroon that will support both households and industrial projects in the region. It is exactly the sort of high developmental economic impact project that our renewable power division is seeking to deliver. I would like to thank the Government of Cameroon and, in particular, His Excellency Gaston Eloundou Essomba Minister of Water and Energy for the strong support we have received in relation to Savannah taking over the development of the Bini Project. We look forward to working with the Government of Cameroon and our intended developmental finance partners as we move this project through the development and construction phases towards the intended first power in 2027 to 2028.
As a company, Savannah is seeking to continue to expand in Cameroon and we will continue to review other potential investment opportunities in the energy and sector. We expect the Bini Project will make a key contribution towards the attainment of Savannah Group's targeted 1GW of renewable energy projects in motion by the end of 2023."


text:
Hamedani et al., who end up suggesting that it may be necessary to invoke independent behaviors in order to successfully motivate interdependence, start their article with a Quote:
"Each time I look at that flag, I'm reminded that our destiny is stitched together like those 50 stars and those 13 stripes... And if we hold fast to that truth, in this moment of trial, there is no challenge too great." "—U.S. president Barack Obama, State of the Union address, January 24, 2012 "They then outline the context for their study on factors that influence the kinds of interdependent behavior needed to face problems common to all people, such as the environmental crisis. They:
...compared European Americans, who have been exposed primarily to mainstream cultural contexts that promote and value independence, with East Asian Americans, who have been exposed both to these contexts and also to cultural contexts that promote and value interdependence. Asian Americans are considered bicultural because they are exposed not only to mainstream American contexts that foster independent behavior (e.g., in schools and workplaces), but also to East Asian contexts that foster interdependent behavior (e.g., in families and communities)...This European American/Asian American cultural contrast allowed us to examine whether independence necessarily functions as a barrier to interdependent awareness and action. Comparing two American groups who are similar in their exposure to independence but different in their exposure to interdependence enabled us to test the theory that interdependence may undermine motivation because of a lack of exposure to cultural contexts that promote and value it as a normatively "good" style of behavior.1 Specifically, we tested the hypothesis that invoking interdependent behavior, compared with invoking independent behavior, would undermine motivation for European Americans but not for bicultural Asian Americans.Here is their abstract:
Today's most pressing social challenges require people to recognize their shared fate and work together—to think and act interdependently. In the three studies reported here, we found that appeals for increased interdependence may undermine the very motivation they seek to inspire. We examined the hypothesis that invoking interdependent action undermines motivation for chronically independent European Americans but not for bicultural Asian Americans who are both chronically independent and chronically interdependent. Two studies demonstrated that priming interdependent rather than independent action undermined European Americans' motivation to perform challenging mental and physical tasks. A third study showed that framing an appeal for environmental sustainability in terms of interdependent rather than independent action led to decreased motivation and resource allocation among European Americans. Motivation was not undermined for Asian Americans, which reveals how behavior is divergently shaped, in the land of the free, by foundational sociocultural schemas of independence and interdependence. This research has the novel implication that it may be necessary to invoke independent behaviors in order to successfully motivate interdependence.


text:
Google has been known to do some interesting things with the data it collects from users, and here is yet another example of that. The company has found a way to visualize the data collected from Play Music users and display it on a Google Music Timeline. This timeline offers a visual representation on the growth and decline of certain genres of music (via Google Operating System Blog).
The graph displays a colored stripe for each genre of music. The thickness of each stripe represents the popularity of that genre in a given year. The data is collected from the music uploaded to Play Music by users. For instance, the Jazz stripe is thickest in the 1950s because many users have Jazz content released in that time period in their library.
The Music Timeline shows genres of music waxing and waning, based on how many Google Play Music users have an artist or album in their music library, and other data (such as album release dates). Each stripe on the graph represents a genre; the thickness of the stripe tells you roughly the popularity of music released in a given year in that genre. (For example, the "jazz" stripe is thick in the 1950s since many users' libraries contain jazz albums released in the '50s.) Click on the stripes to zoom into more specialized genres.


text:
Original projections estimated the Fernald cleanup would take 30 years and cost $12 billion. When shut down, the Fernald processing facility had over 250 radioactively contaminated structures residing on over 2.5 million cubic yards of heavily contaminated soil, with an excess of 1,500 tons of nuclear material held up in aging process lines and vessels.
Fluor provided project management, engineering, procurement, and construction services to retrieve, package, and remove this waste. Fluor also decontaminated and demolished the buildings, constructing new facilities to process the waste.
To meet the accelerated clean-up schedule at Fernald, Fluor developed a 13-part project management strategy to work safely through cost efficiencies utilizing available funding. Implementation of this strategy required a dramatic culture change at Fernald, from a government mindset to an entrepreneurial / commercial model. Site safety dramatically improved and several creative and cost-saving solutions were implemented using innovative approaches. For example, Fluor constructed a 75-acre onsite disposal facility to contain 2.9 million cubic yards of contaminated soil and debris.


Sub-Threshold FPGAs
This work explores reconfigurable circuits operating at low voltages. While the existing FPGAs are too high power to meet the requirements of IoT applications, we designed and optimized new circuit typologies of CLBs and global interconnect in near/sun-threshold region. We also developed custom tool flow to support full chip configuration. A 90nm chip implements the FPGA with 1134 LUTs, which is 2.7X smaller, 14X faster, and 4.7X less energy than a sub-threshold FPGA using conventional circuits and 22X less energy than an equivalent FPGA at full VDD. We are currently working towards dynamic voltage scaling and measurements using real-life applications.
The SubVT FPGA is an effort by the Sub-VT group to explore reconfigurable circuits operating at low voltages. Our initial sub-threshold FPGA chip (90nm bulk CMOS)contains two different FPGAs, each of about 1000 basic logic elements (BLEs) in size. The first FPGA, which we refer to as the "Custom Case," is specifically designed to operate at low-energy. Our research has shown us that the majority of delay and energy is consumed in the global routing network; therefore, our efforts have focused on making the interconnect more efficient. Besides many small optimizations, the main feature of the custom case is the low-swing interconnect links received by a special asynchronous sense amp. In addition, the architecture of the custom-case is designed to be resistant to process, voltage, and temperature variations. The second FPGA, called the "Base-Case" because it is inspired from industry "best-practices" that we optimized for sub-threshold, was built in order to provide a comparison for the Custom Case in the same technology. The Custom-Case is approx 2.5X as area efficient, and simulations (on a benchmark suite of 40 different cases) show it to be much more efficient than the Base Case. The Custom Case in Sub-VT averages 25x less energy compared to the Base Case at 1.2V. When operating at the same energy, the custom-case is approx 7x faster. When operating at the same VDD, the custom-case operates 4.5X faster using 40% less energy.
The FPGA team also explored and optimized the circuit typologies of global interconnect and CLBs. A 130nm test chip implementing low-swing interconnect meshes with different circuit parameters is measured. The results show that optimization of the low-swing interconnect provides up to 60.2% lower energy-delay-product (EDP) than a straightforward, un-optimized design at VDD = 0.4V. Furthermore, the simulation results show that the optimized interconnect is 97.7% faster and 42.7% lower energy than a traditional uni-directional interconnect at VDD = 0.4V. We also compared area, delay, and energy for two intra-CLB topologies: multiplexer-based routing and island-style bi-directional routing, similar to the global FPGA interconnect, but used inside the CLB (which we call a mini-FPGA). The mini-FPGA style of local CLB interconnect prove to be favorable for minimum-energy operation, as they can reduce transistor count by as much as 62%, and consume as much as 77.9% less energy. Multipexer-based CLBs have performance benefits by reducing delays by almost 3x. We are currently working towards dynamic voltage scaling and measurements using real-life applications.
Students:
He Qi
Publications
Qi, H., O. Ayorinde, and B. H. Calhoun, "An Energy-Efficient Near/Sub-Threshold FPGA Interconnect Architecture Using Dynamic Voltage Scaling and Power-Gating", International Conference on Field-Programmable Technology (ICFPT 2016), Xi'an, China, IEEE, 12/2016.
Ayorinde, O., H. Qi, Y. Huang, and B. Calhoun, "Using island-style bi-directional intra-CLB routing in low-power FPGAs", 25th International Conference on Field Programmable Logic and Applications (FPL), 09/2015.
Qi, H., O. Ayorinde, Y. Huang, and B. Calhoun, "Optimizing energy efficient low-swing interconnect for sub-threshold FPGAs", 2015 25th International Conference on Field Programmable Logic and Applications (FPL), London, UK, 09/2015.
Ryan, J. F., and B. H. Calhoun, "A Sub-Threshold FPGA with Low-Swing Dual-VDD Interconnect in 90nm CMOS", Custom Integrated Circuits Conference (CICC), 20/09/2010.
Calhoun, B. H., S. Arrabi, S. Khanna, Y. Shakhsheer, K. Craig, J. Ryan, and J. Lach, "REESES: Rapid Efficient Energy Scalable ElectronicS", GOMAC Tech, 03/2010.
Calhoun, B. H., J. Ryan, S. Khanna, M. Putic, and J. Lach, "Flexible Circuits and Architectures for Ultra Low Power", Proceedings of the IEEE, vol. 98, pp. 267-282, 02/2010.
Ryan, J. F., and B. H. Calhoun, "Minimizing Offset for Latching Voltage-Mode Sense Amplifiers for Sub-threshold Operation", International Symposium on Quality Electronic Design, pp. 127-132, 03/2008.
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Forums · General English Grammar & Vocabulary, Listening & Speaking · General English Grammar Questions
Below are the definitions from online dictionaries. It looks like an excerpt is a formal quote, am I right?
excerpt ( ) n. A passage or segment taken from a longer work, such as a literary or musical composition, a document, or a film.
quote v., quoted, quoting, quotes. v.tr. To repeat or copy the words of (another), usually with acknowledgment of the source.
Informal. A quotation
Thanks in advance.
Excerpts are generally longer quotes, and as your definition says, come from written or scripted pieces; quotes needn't.
People are waiting to help.
Live chatRegistered users can join here
Related forum topics:
Online chat is available


text:
Orthotist and Prosthetist
What is an orthotist?
An orthotist is a health care professional who makes and fits braces and splints (orthoses) for patients who need added support for body parts that have been weakened by injury, disease, or disorders of the nerves, muscles, or bones. They work under a doctor's orders to adapt purchased braces or create custom-designed braces. Braces are often named for the body part they support, such as:
An AFO brace is an ankle-foot orthosis.
A KAFO brace is a knee-ankle-foot orthosis, or long leg brace.
A Halo brace is a brace that surrounds the head and is held in place with small screws in the skull. It is used to stabilize the neck and prevent further damage to the spinal cord after injury.
What is a prosthetist?
A prosthetist is a health care professional who makes and fits artificial limbs (prostheses) for patients with disabilities. This includes artificial legs and arms for patients who have had amputations due to conditions such as cancer, diabetes, or injury.
Orthotists and prosthetists receive special education and training in undergraduate programs and/or apprenticeships. They may practice in a variety of settings, including the following:
Inpatient rehabilitation centers
Outpatient rehabilitation centers
Industrial health centers


SLC 500 Timers
Thread Starter
Justin Lund
Can anyone please help. I need to input a separate value into 16 timers but also need to increment or decrement all of them together at the same time.
I am using a Panelview 550 and an SLC5/04
Jocko Harmet
You could make all of your values an offset from a single value(Register X - then incrament that value -
Each value would go into a separate register with a number such as 16000 added to it(same number would start out in Register X). For examples sake, this would be registers 0 through 15
Then the timer value for timer 1 would be (Register 0 - Register x)
The timer value for timer 2 would be (Register 1 - Register x)
Then when you need to incrament or decrement, you would perform this function on Register x only.
The number 16000 was used assuming that your timer is cabable of a 16 bit preset
This number would need to be greater than the maximum timer value. This would allow you to decrament all the way down to 0.
Jocko Harmet
[email protected]
Phoenix, AZ
Please make your query more clear. As such what do you want to acheive? Which value you want to increment or decrement? Preset Value or Accumulated value? Are you looking forward to synchronise the timers?
I don't understand. Are you wanting to load values into the timer preset addresses? Then do you wand to increment and/or decrement the preset values all together with a pushbutton, or something? If you know the relative values you want, the operator could enter one number, then let the plc do the math and write to the presets. Otherwise he'll have to fat-finger each one seperately. If you want to do a group inc/dec from the entered values, use indirect addressing to "catchall" the values with each adjustment.
Are you saying that the initial values will be different but thereafter you will add or subtract the same amount from all timers?
Not sure if I understand the problem, but:
On the panelview, use the timers PRE word as the tag for the register. For example for timer T4:1, set the tag for the panelview as T4:1.PRE
In the PLC, use the timer blocks normally. The write will occur during the housekeeping portion of the scan (actually the communication slice, but it all occurs between scans).
If you want all timers running at the same time, just put them all in parallel on a rung. It would make a big rung, but it would work. Give
them some default time for programming, but know that the time will be overwritten when the panelview comes online.
For example, enter the following rung. B3:1/1 is the enable bit. This is for 4 timers, but you can expand it as needed....
(note: in RSLogix, you can get to the text entry prompt by typing / with the rung selected)
xic b3:1/1 bst ton t4:1.01 100 0 nxb ton t4:2.01 100 0 nxb ton t4:3.01
100 0 nxb ton t4:4.01 100 0 bnd
This will give you 4 timers in parallel with an enable bit to start and stop them. 16 timers would just be more branches. For readability and
trouble shooting, you may want to break them into smaller rungs that all use the same enable bit.
Hope this helps!
--Joe Jansen
Yes. The timer presets will be keyed in for each of the 16 timers. The operator then needs to be able to increment or decrement all 16 at the same time even if the values are different. It is a lot quicker than having to enter 16 new values.
Thank you.
Crucius, Wesley
I didn't interpret Justin's question the way Joe did, so I'll offer a suggestion.
My interpretation is that you wanted to use a single panelview "button" (or pair of buttons) to increment and decrement either the accumulator or,
more likely, the preset timer element for 16 different timers "simultaneously". If I've understood your question correctly, here's what
you need:
- pick an intermediate integer register to be written to by the panelview with a desired increment/decrement value
- add a rung of logic in the processor to check this imtermediate register for a non-zero increment/decrement value and add this value to each of the desired timer elements
- reset the intermediate increment/decrement register value to zero when all timer elements have been updated, so that the process can be repeated
- you'll obviously want some limit test logic to avoid invalid timer element values (both in terms of what the PLC considers valid values and what you're process considers valid values)
John Paley--Graphic Pkg Corp
This example requires the timer addresses to be consecutive!!!
After the initial preset values are entered, use indirect addressing to easily change the rest.
If you use a pb to increment the value, one shot it to latch a bit--b3/0. if b3/0 is true, add 1 (or whatever) to t4:[n7;0].pre dest t4;[n7;0].pre.
branch output--add 1 to n7;0 dest n7;0. this increments the index to 1. the next scan, 1 gets added to t4;1, next scan t4;2 etc.
next branch output if n7;0 > 15, move 0 to n7;0 and branch unlatch b3/0. this shuts off the routine and resets n7;0 to start over next time.
this method takes 16 scans to get all the presets incremented, but how long is a scan, anyhow.
Another way is to let the operator set the value of the inc/dec then add that number to the presets.
This example uses timers 0-15, but it depends on the number you reset n7;0 to to start and the number you examine n7;0 greater than to finish. It will work with any range of consecutive timers (or any consecutive data table values).
Look out--be careful not to allow the operator to enter a preset less than zero. The processor won't like it and will lock up when the timer rung goes true. You could do a similar indexed rung to check the presets before you allow a decrement in value that might put one less than zero.
I could e-mail sample [email protected]
Draw a data entry screen on the PV550 to display the actual values for the 16 timer registers. Link these to the addresses you are using. This will allow individual timer preset values to be set independently.
Next add an Inc/Dec object to the screen and use this to ADD/SUBTRACT to/from ALL of the timer registers simultaneously (via ladder in PLC).
I've used similar screens for recipe/sequence modifications.


in Technology
Class naming convention, Reverse domain
Well, there are still questions that we consider understood and took no further discussion. Today, a friend asked me why most people use the reverse domain name for class package naming convention; com.oinam.util.MyClass.
Well, it is because of the fact that this naming convention is very unique. This becomes more prominent if we are to distribute our codes, work within a team of developers.
Following the defined convention, the prefix of our packages should always be written in all lowercase plain ASCII letters (well, we still don't have a domain names with $, # or * yet), and they should be of the top-level domain names viz: com, edu, gov, mil, net, org (you are also allowed to use one of the English two-letter codes identifying countries as specified in ISO Standard 3166, 1981).
The other part of the package name is usually the project name or a company's division, department, machine, login names or commonly used packages like "util", "arcade".
Thus, a typical class, say "MyClass" with the class definition "com.oinam.util.MyClass" would have been in the folder "util" which is inside "oinam" which resides on the top folder "com". Structurily, com > oinam > util >


text:
Québec has various national symbols and emblems. They reflect Québec's history, its wintery climate and its collective identity.
The Québec flag was officially adopted in 1948. The cross on the flag evokes the faith of the province's founders, and the fleur-de-lis and blue background recall its French origins.
The coat of arms, in its present form, was adopted in 1939 to symbolize the historical realities of Québec. The shield bears three gold fleur-de-lis on a blue background symbolizing the French regime, a gold lion on a red background symbolizing the British regime, and a branch with three maple leaves reflecting the period before the founding of the Canadian federation.
This motto, created by the architect of Québec's parliament building, Eugène-Étienne Taché, symbolizes the importance of remembering Québec's history.
Québec chose the yellow birch as its emblematic tree to emphasize the importance Quebecers place on their forests.
As the floral emblem of Québec, the iris highlights the importance of water and wetlands in the balance of nature.
The snowy owl symbolizes the whiteness of Québec's winters, its roots in a semi-Nordic climate and its vast territory.


text:
The objective of this study was to investigate an indirect method of measuring the average junction temperature of a
white organic light-emitting diode (OLED) based on temperature sensitivity differences in the radiant power emitted by
individual emitter materials (i.e., "blue," "green," and "red"). The measured spectral power distributions (SPDs) of the
white OLED as a function of temperature showed amplitude decrease as a function of temperature in the different
spectral bands, red, green, and blue. Analyzed data showed a good linear correlation between the integrated radiance for
each spectral band and the OLED panel temperature, measured at a reference point on the back surface of the panel. The
integrated radiance ratio of the spectral band green compared to red, (G/R), correlates linearly with panel temperature.
Assuming that the panel reference point temperature is proportional to the average junction temperature of the OLED
panel, the G/R ratio can be used for estimating the average junction temperature of an OLED panel.


text:
NIST Password Standards
Screen Passwords in Compliance with the NIST 800-63B Password Recommendations
NIST 800-63B Digital Identity Guidelines for Authentication recommends checking new passwords against passwords used in cybercriminal dictionary attacks:
Why is NIST recommending this new approach?
The National Institute of Standards and Technology (NIST) password recommendations include this type of screening because it matches the methods used by cybercriminals in modern brute force attacks.
It's become clear that people follow very common patterns in password selection, even with a written password policy in place. As a result, cybercriminals use lists of common passwords and patterns found in previous breaches to narrow the universe of passwords attempted in their attacks. Guessing passwords becomes easier when the actual set of passwords is predictable.
NIST 800-63B section 5.1.1 explains the objective:
Read about our 1-Click NIST Password Standard Compliance.
The NIST recommendation is to screen for commonly used and compromised passwords to prevent people from selecting these easy to guess passwords.
To satisfy compliance, Enzoic continuously collects compromised passwords and aggregates cracking dictionaries to create a comprehensive blacklist of unsafe passwords. Our list contains billions of entries. It includes every word from every Wikipedia article in all languages and every clear text password from over 3,000 data breaches.
While this blacklist continues to evolve, the rate at which new unique entries are being added has dramatically slowed giving us confidence that we've captured a nearly complete universe of the common passwords used by hackers.


The language of data privacy law (and how it differs from reality)
Christopher Kuner, Dan Jerker B Svantesson, Fred H Cate, Orla Lynskey, Christopher Millard
Research output: Contribution to journalEditorialResearch
5 Citations (Scopus)
Legal language often contains vague, general wording that actually means very little unless read in a specific context. But legal language also includes clear absolute statements from which no variation seems possible. This is the case when one examines data privacy law. Where used appropriately, the first type—the vague, general wording—is commonly found as expressions of principles that require a flexible interpretation. The focus on concepts such as 'adequacy' and 'proportionality' are clear examples of this. The second type—the clear absolute statements—are often (appropriately) found as expressions of fundamental rights. Both types of wording may, however, be problematic, as can be seen from the example of European Union (EU) data protection law.
Original languageEnglish
Pages (from-to)259-260
Number of pages2
JournalInternational Data Privacy Law
Issue number4
Publication statusPublished - 2016
Dive into the research topics of 'The language of data privacy law (and how it differs from reality)'. Together they form a unique fingerprint.
Cite this


text:
Netscape 6 and Mozilla do not currently support this method. Retrieves the value of an arbitrary key.
WinRegValue getValue ( String subkey, String valname);
getValue method has the following parameters:
The key path to the appropriate location in the key hierarchy, such as "
- The name of the value-name/value pair whose value you want.
The getValue method retrieves the value of an arbitraty key. Use this method if the value you want is not a string. If the value is a string, the
getValueString method is more convenient.


/icu"
gn gen //out/Default --root-target="//third_party/grpc"
)";
const char kRuntimeDepsListFile[] = "runtime-deps-list-file";
const char kRuntimeDepsListFile_HelpShort[] =
"--runtime-deps-list-file: Save runtime dependencies for targets in file.";
const char kRuntimeDepsListFile_Help[] =
R"(--runtime-deps-list-file: Save runtime dependencies for targets in file.
--runtime-deps-list-file=<filename>
Where <filename> is a text file consisting of the labels, one per line, of
the targets for which runtime dependencies are desired.
See "gn help runtime_deps" for a description of how runtime dependencies are
computed.
Runtime deps output file
For each target requested, GN will write a separate runtime dependency file.
The runtime dependency file will be in the output directory alongside the
output file of the target, with a ".runtime_deps" extension. For example, if
the target "//foo:bar" is listed in the input file, and that target produces
an output file "bar.so", GN will create a file "bar.so.runtime_deps" in the
build directory.
If a source set, action, copy, or group is listed, the runtime deps file will
correspond to the .stamp file corresponding to that target. This is probably
not useful; the use-case for this feature is generally executable targets.
The runtime dependency file will list one file per line, with no escaping.
The files will be relative to the root_build_dir. The first line of the file
will be the main output file of the target itself (in the above example,
"bar.so").
)";
const char kThreads[] = "threads";
const char kThreads_HelpShort[] =
"--threads: Specify number of worker threads.";
const char kThreads_Help[] =
R"(--threads: Specify number of worker threads.
GN runs many threads to load and run build files. This can make debugging
challenging. Or you may want to experiment with different values to see how
it affects performance.
The parameter is the number of worker threads. This does not count the main
thread (so there are always at least two).
Examples
gen gen out/Default --threads=1
)";
const char kTime[] = "time";
const char kTime_HelpShort[] =
"--time: Outputs a summary of how long everything took.";
const char kTime_Help[] =
R"(--time: Outputs a summary of how long everything took.
Hopefully self-explanatory.
Examples
gn gen out/Default --time
)";
const char kTracelog[] = "tracelog";
const char kTracelog_HelpShort[] =
"--tracelog: Writes a Chrome-compatible trace log to the given file.";
const char kTracelog_Help[] =
R"(--tracelog: Writes a Chrome-compatible trace log to the given file.
The trace log will show file loads, executions, scripts, and writes. This
allows performance analysis of the generation step.
To view the trace, open Chrome and navigate to "chrome://tracing/", then
press "Load" and specify the file you passed to this parameter.
Examples
gn gen out/Default --tracelog=mytrace.trace
)";
const char kVerbose[] = "v";
const char kVerbose_HelpShort[] = "-v: Verbose logging.";
const char kVerbose_Help[] =
R"(-v: Verbose logging.
This will spew logging events to the console for debugging issues.
Good luck!
)";
const char kVersion[] = "version";
const char kVersion_HelpShort[] =
"--version: Prints the GN version number and exits.";
// It's impossible to see this since gn_main prints the version and exits
// immediately if this switch is used.
const char kVersion_Help[] = "";
const char kDefaultToolchain[] = "default-toolchain";
const char kRegeneration[] = "regeneration";
const char kAddExportCompileCommands[] = "add-export-compile-commands";
// -----------------------------------------------------------------------------
SwitchInfo::SwitchInfo() : short_help(""), long_help("") {}
SwitchInfo::SwitchInfo(const char* short_help, const char* long_help)
: short_help(short_help), long_help(long_help) {}
#define INSERT_VARIABLE(var) \
info_map[k##var] = SwitchInfo(k##var##_HelpShort, k##var##_Help);
const SwitchInfoMap& GetSwitches() {
static SwitchInfoMap info_map;
if (info_map.empty()) {
INSERT_VARIABLE(Args)
INSERT_VARIABLE(Color)
INSERT_VARIABLE(Dotfile)
INSERT_VARIABLE(FailOnUnusedArgs)
INSERT_VARIABLE(Markdown)
INSERT_VARIABLE(NinjaExecutable)
INSERT_VARIABLE(NoColor)
INSERT_VARIABLE(Root)
INSERT_VARIABLE(RootTarget)
INSERT_VARIABLE(Quiet)
INSERT_VARIABLE(RuntimeDepsListFile)
INSERT_VARIABLE(ScriptExecutable)
INSERT_VARIABLE(Threads)
INSERT_VARIABLE(Time)
INSERT_VARIABLE(Tracelog)
INSERT_VARIABLE(Verbose)
INSERT_VARIABLE(Version)
}
return info_map;
}
#undef INSERT_VARIABLE
} // namespace switches


text:
In a book that is bound to ignite controversy, Ruth Leys investigates the history of the concept of trauma. She explores the emergence of multiple personality disorder, Freud's approaches to trauma, medical responses to shellshock and combat fatigue, Sándor Ferenczi's revisions of psychoanalysis, and the mutually reinforcing, often problematic work of certain contemporary neurobiological and postmodernist theorists. Leys argues that the concept of trauma has always been fundamentally unstable, oscillating uncontrollably between two competing models, each of which tends at its limit to collapse into the other.
A powerfully argued work of intellectual history, Trauma will rewrite the terms of future discussion of its subject.
Freud and Trauma
The Real Miss Beauchamp: An Early Case of Traumatic Dissociation
Traumatic Cures: Shell Shock, Janet, and the Question of Memory
Imitation Magic: Sándor Ferenczi and Abram Kardiner on Psychic Trauma
The Hysterical Lie: Ferenczi and the Problem of Simulation
Splinting the Mind: William Sargant and Catharsis in World War II
The Science of the Literal: The Neurobiology of Trauma
The Pathos of the Literal: Trauma and the Crisis of Representation


. These arguments are very iminterfaceant to control an application from awayside, for example, if you like to open a Word document from the command prompt, then you can use this particular command "C:> start earnword word1.docx" and it will open word1.docx document.
Command collection arguments are handbrought in Startup function. Folloearng is a easy example which shows how to compallowe command collection arguments to a WPF application. Let's produce a brand new WPF application with the name WPFCommandLine.
 - Drag one textcontainer from the toolcontainer to the style earndow.
 - In this particular example, we will compallowe a txt file route to our application as command collection parameter.
 - The program will read the txt file and then write all the text on the text container.
 - The folloearng XAML code produces a textcontainer and preliminaryizes it with a few properties.
<Window x:Clbum = "WPFCommandLine.MainWindow"
 xmlns = "_URL_
 xmlns:x = "_URL_
 xmlns:d = "_URL_
 xmlns:mc = "_URL_
 xmlns:local = "clr-namespace:WPFCommandLine"
 mc:Ignorable = "d" Title = "MainWindow" Height = "350" Width = "525">

 <Grid>
 <TextBox x:Name = "textBox" HorizontalAlignment = "Left"
 Height = "180" Margin = "100" TextWrapping = "Wrap"
 VerticalAlignment = "Top" Width = "300"/>
 </Grid>

</Window>
 - Now subscriend up being the Startup alsot in App.xaml file as shown end up beinglow.
<Application x:Clbum = "WPFCommandLine.App"
 xmlns = "_URL_
 xmlns:x = "_URL_
 xmlns:local = "clr-namespace:WPFCommandLine"
 StartupUri = "MainWindow.xaml" Startup = "app_Startup">

 <Application.Resources>

 </Application.Resources>

</Application>
 - Given end up beinglow is the implementation of the app_Startup alsot in App.xaml.cs which will get the command collection arguments.
uperform System.Windows;

namespace WPFCommandLine {
 /// <summary>
 /// Interbehaveion logic for App.xaml
 /// </summary>

 public partial clbum App : Application {
 public static string[] Args;

 void app_Startup(object sender, StartupEventArgs e) {
 // If no command collection arguments were provided, don't process all of them
 if (e.Args.Length == 0) return;

 if (e.Args.Length > 0) {
 Args = e.Args;
 }
 }
 }
}
 - Now, in the MainWindow clbum, the program will open the txt file and write all the text on textcontainer.
 - If there is a few error found, then the program will display an error message on textcontainer.
uperform System;
uperform System.IO;
uperform System.Windows;
namespace WPFCommandLine {
 public partial clbum MainWindow : Window {

 public MainWindow() {
 InitializeComponent();
 String[] args = App.Args;

 attempt {
 // Open the text file uperform a stream reader.
 uperform (StreamReader sr = brand new StreamReader(args[0])) {
 // Read the stream to a string, and write
 // the string to the text container
 String collection = sr.ReadToEnd();
 textBox.AppendText(collection.ToString());
 textBox.AppendText("n");
 }
 }
 capture (Exception e) {
 textBox.AppendText("The file could not end up being read:");
 textBox.AppendText("n");
 textBox.AppendText(e.Message);
 }
 }
 }
}
 - When the above code is compibrought and executed, it will produce a blank earndow with a textcontainer end up beingcause this particular program needs a command collection argument. So Visual Studio provides an easy way to execute your own application with command collection parameters.
 - Right click on your own WPF project in the solution explorer and select properties, it will display the folloearng earndow.
WPF Commandcollection
 - Select Debug option and write the file route in the Command collection argument.
 - Create a txt file with Test.txt and write a few text in thead wear file and save it on any kind of location. In this particular case, the txt file is saved on "D:" hard drive.
 - Save the modifys in your own project and compile and execute your own application now. You will see the text in TextBox which the program reads from the Text.txt file.
Outplace of Commandcollection
Now allow's attempt and modify the file name on your own machine from Test.txt to Test1.txt and execute your own program again, then you will see thead wear error message in the text container.
Error Outplace of the Commandcollection
We recommend thead wear you execute the above code and follow all the steps to execute your own application successcompallowey.
WPF – Data Binding
Data binding is a mechanism in WPF applications thead wear provides a easy and easy way for Windows Runtime apps to display and interbehave with data. In this particular mechanism, the management of data is entirely separated from the way data.
Data binding allows the flow of data end up beingtween UI elements and data object on user interface. When a binding is established and the data or your own business model modifys, then it reflects the updates automatically to the UI elements and vice versa. It is also achievable to bind, not to a standard data source, but to one more element on the page.
Data binding is of 2 kinds − one-way data binding and 2-way data binding.
One-Way Data Binding
In one-way binding, data is bound from it is source (thead wear is the object thead wear holds the data) to it is target (thead wear is the object thead wear displays the data)
 - Let's consider a easy example to belowstand one-way data binding in detail. First of all, produce a brand new WPF project with the name WPFDataBinding.
 - The folloearng XAML code produces 2 laend up beingls, 2 textcontaineres, and one button and preliminaryizes all of them with a few properties.
<Window x:Clbum = "WPFDataBinding.MainWindow"
 xmlns = "_URL_
 xmlns:x = "_URL_
 xmlns:d = "_URL_
 xmlns:mc = "_URL_
 xmlns:local = "clr-namespace:WPFDataBinding"
 mc:Ignorable = "d" Title = "MainWindow" Height = "350" Width = "604">

 <Grid>

 <Grid.RowDefinitions>
 <RowDefinition Height = "Auto" />
 <RowDefinition Height = "Auto" />
 <RowDefinition Height = "*" />
 </Grid.RowDefinitions>

 <Grid.ColumnDefinitions>
 <ColumnDefinition Width = "Auto" />
 <ColumnDefinition Width = "200" />
 </Grid.ColumnDefinitions>

 <Laend up beingl Name = "nameLaend up beingl" Margin = "2">_Name:</Laend up beingl>

 <TextBox Name = "nameText" Grid.Column = "1" Margin = "2"
 Text = "{Binding Name, Mode = OneWay}"/>

 <Laend up beingl Name = "ageLaend up beingl" Margin = "2" Grid.Row = "1">_Age:</Laend up beingl>

 <TextBox Name = "ageText" Grid.Column = "1" Grid.Row = "1" Margin = "2"
 Text = "{Binding Age, Mode = OneWay}"/>

 <StackPanel Grid.Row = "2" Grid.ColumnSpan = "2">
 <Button Content = "_Show..." Click="Button_Click" />
 </StackPanel>

 </Grid>
</Window>
 - The text properties of both the textcontaineres bind to "Name" and "Age" which are clbum variables of Person clbum which is shown end up beinglow.
 - In Person clbum, we have simply 2 variables Name and Age, and it is object is preliminaryized in MainWindow clbum.
 - In XAML code, we are binding to a real estate Name and Age, but we have


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Nicholas Lane, Dartmouth College, hanover
Ye Xu, Dartmouth College, Hanover
Hong Lu, Dartmouth College, Hanover
Shane Eisenman, Columbia Univ, New York
Tanzeem Choudhury, Dartmouth College, Hanover
Andrew Campbell, Dartmouth College, Hanover
Human behavior modeling at a large-scale and under real-world conditions is still an open problem. Existing classification models do not always perform well on a diverse population. Training personalized models that incorporate different contextual conditions and individual user characteristics are effective in addressing this challenge. However, this approach burdens the users with collecting and manually labeling their own training data which is not scalable. In this article, we propose CoCo (Cooperative Communities), a learning framework that leverages different types of everyday social connections between people to personalize classification models. CoCo exploits social networks to selectively combine small contributions of labeled data from people with shared context or user characteristics. Under CoCo a personalized classifier is trained for each individual user, but by exploiting social networks, the burden of providing training data can be spread over the entire community.
A.0 General, B Hardware, I.2 Artificial Intelligence, I.1.4 Applications, I.5 Pattern Recognition, I.2 Artificial Intelligence, G.3.h Probabilistic algorithms, G.3.e Markov processes, C.5.7 Wearable Computers, C.3.h Ubiquitous computing, C.2.2.a Applications, C.2.4 Distributed Systems, C.2.8 Mobile Computing, C.3.h Ubiquitous computing, C.3.h Ubiquitous computing, H.1.2.b Human-centered computing, H.5.2 User Interfaces, J.9.a Location-dependent and sensitive, J.9.d Pervasive computing, J.9 Mobile Applications, J.9.f Wireless sensor networks, J.9.e Wearable computers and body area networks, I.5.2.a Classifier design and evaluation, I.1.4 Applications, I.5.4.j Remote sensing
Nicholas Lane, Ye Xu, Hong Lu, Shane Eisenman, Tanzeem Choudhury, Andrew Campbell, "Cooperative Communities (CoCo): Exploiting Social Networks for Large-scale Modeling of Human Behavior", IEEE Pervasive Computing,, no. 1, pp., PrePrints PrePrints, doi:10.1109/MPRV.2011.62
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text:
Today we will decorate phone case for smartphone with vegetative ornament. For this you don't need to be an artist and stock up on expensive paints, it is enough to remember how to make a herbarium. This knowledge will come in handy in the production of exclusive case.
Before you decorate a case for your smartphone with their hands prepare:
- the case of transparent plastic;
- flowers, twigs or leaves;
- epoxy resin;
- wax paper;
- sticks for ice cream;
- heavy book;
- the spray varnish.
Step 1. Prepare your favourite plants. First, they need to dry thoroughly. If the leaves or the flowers will not dry, epoxy can react with the fluid and change the color of the plants. To properly dried, flatten the leaf or flower, put them between sheets of plain paper for the printer and send it all in a book. In this form, allow the plants to dry. Depending on your chosen flower, this process will take from one to three weeks.
Step 2. The dried petals need to varnish. The varnish seals the pores of the plants and stores it in the proper form. Put the item dried on wax paper and cover it with varnish spray. Once one side is dry, apply the material on the other side.
Step 3. You can use plant in the natural form or paint it to make it more colorful. In this master class leaves were fixed stationery clip and painted in a nice mint shade of regular paint in aerosol form.
Step 4. Put your plants in an arrangement on the case for smartphon. It ought to be done, as the work with epoxy resin requires a clear coherence and speed of movements. That is, you have to imagine where and what element of the composition will be placed.
Step 5. In a separate bowl, mix epoxy resin and special hardener. Mix thoroughly for 60 seconds. Stir stick for an ice cream. Can divide the liquid into two parts and add coloring pigment, if you want a colored case.
Step 6. Gently but quickly brush apply the first coat of resin with or without pigment.
Step 7. Until the resin is dry, using tweezers, place the plants in an arrangement.
Step 8. Once the plants will slightly seize, cover the case with the second layer of resin. This time take fully transparent epoxy.
Let the case to dry thoroughly. Your case with floral ornaments ready!
If you have difficulty creating a case with your own hands, here you will find a lot of great cases for iPhone.


. Cape Verde Terrace, off of Franklin, is so named to reflect the history of the area.
Historic House Histories: A Little House with a Big Move
The lovely Greek Revival-style house at 215 Elm Street was built by Seth W. Faunce and his wife, Hannah D. (Cushman), not in Duxbury, but on Summer Street in Kingston - approximately where the McDonald's is today.
Newlyweds, Seth and Hannah Faunce purchased an old farmhouse for $500 in 1845. When they moved into the home, they already had one daughter, but another child would soon follow. A major renovation was needed to accommodate this growing family. When the Faunces built their new house, Seth, being a brick mason, most likely was responsible for some of its construction. Keeping with the Grecian style popular at the time, which harkened back to ancient temples, the house had its gable end facing the road.
The Faunce family remained in their house for over 40 years, raising five children: William (b. 1847), Arthur (b. 1849), Bertram (1854), Louetta (b. 1857), and Charlotte (b. 1860) Their first daughter, Elmina, died in infancy. In 1888, Seth and Hannah sold their home and moved to Abington, where their sons had settled.
The next owners of the property were Edward and Elizabeth Randall. Edward was born and raised in West Duxbury but had moved to Brockton to find factory work. While there, he met a young English immigrant named Elizabeth Henderson. The two were married in 1887. Within a year of their wedding, Edward moved his bride closer to his hometown by purchasing the Faunce house on the Duxbury/Kingston border. The Randalls raised their five children in the house: Robert (b. 1888), Lydia (b. 1891), George (b. 1893), Olive (b. 1895), and Earl (b. 1897).
Hannah died in 1912 and the widowed Edward continue to reside in the house until his death in 1932. Their children appear to have all moved away from Kingston, so it is unclear who occupied the house for the next 45 years. In 1979, the last of the Randalls, Lydia, sold the house to the developers of the Kingsbury Plaza.
It was then that the little Faunce house became an impediment to progress. It needed to be moved, or it would be torn down. Enter Betsy Schlesinger. In a Clipper article, Betsy wrote, "In 1981 I had been looking for a new home...At the end of June, on a Wednesday, I discovered the house. On Thursday we toured in and on Friday decided to buy it." Betsey then set out to hastily find a piece of land on which to move the house and was able to find just the right spot on Elm Street. The house was cut into two parts; all brickwork removed and numbered for replacement; lifted off its foundation and moved 6 miles to its new home.
Today you would never know that the Seth Faunce house had ever been anywhere but Tinkertown, it fits so seamlessly into that historic neighborhood.
Historic House Histories: Daniel & Sally Bradford, 251 Harrison Street.
In 1799, Capt. Daniel Bradford paid his father, Col. Gamaliel Bradford, $162 for a piece of land "lying in Duxbury with the location at the head of Seth Sprague's farm that they now live on." The Federal-style house was probably built a year or two earlier for Daniel and his wife, Sally Drew, who had married in 1797 and had their first child, Emily, in 1798.
Sally (Drew) Bradford has the honor of being the first Duxbury woman to go to sea with her husband that we have discovered. She voyaged with him in 1804, but it was her 1805 voyage that made a lasting impression on her. She left 6-year-old Emily in the care of her parents on Powder Point and accompanied Daniel aboard the Hercules, bound for Antwerp. Fifteen days out, a ferocious hurricane dismasted the ship near the Grand Banks. Sally wrote her sister about the terrifying night she suffered; she did not expect to live and worried that her daughter would never know her fate.
Not wanting to turn around and lose money, Daniel opted to continue, jury-rigging a mast. American merchant ships that came upon them offered assistance and reported the Hercules' location and condition to newspapers when they got into port. However, a British naval ship, Ramellies, came upon the disabled Hercules and took it as a prize, towing the ship to England and forcing Bradford to fight for the return of his vessel and cargo. Months passed as repairs were made to the Hercules and finally the trip to Antwerp accomplished. By the time they set sail for home, in late April 1806, Sally was pregnant with her second child. When she finally arrived in Duxbury and was able to greet little Emily, well, we can imagine what she thought of her husband's occupation.
Captain Bradford did remain a mariner for long after this ordeal. The family sold their house on Harrison Street and moved to Keene, New Hampshire, where Daniel became a gentleman farmer. He and Sally had a total of seven children. Two of their sons returned to Duxbury and became sea captains themselves.
To learn more about Duxbury's Women at Sea or Dateboarding your own home, visit our website at _URL_
Historic House Histories: William & Hannah Sherburne, c. 1840
The house built at 1112 Tremont Street has the distinction of being one of the earliest houses constructed in Duxbury by a Black family.
William H. Sherburne (_PHONE_) was born in Charlestown, MA. In 1840 he married Hannah Fuller, a member of Duxbury's small Black communityshe was the daughter of David Fuller and Hannah Williams. The Sherburnes had one child while residing on Tremont Street, Hannah (b. 1840). The house was sold in 1842.
William was the coachman for Gershom B. Weston, and in 1843, the Sherburnes moved to Pine Hil Lane, where Weston built a house for them and another servant, Frank Pride. Hannah (Fuller) Sherburne sadly died in 1845 of consumption at age 23, leaving William with two little daughters, Hannah and Ann. Her gravestone's epitaph reads, "my husband and my children dear, I now can leave without a tear." William remarried in 1849, perhaps a cousin of his first wife, Mary Ann Williams, and had three more children.
In 1851, William Sherburne signed an Anti Slavery petition to end the Fugitive Slave Law. A photo of his signature on that petition is included in this post.
A sad occurrence happened to the Sherburne family in 1856 while they were still living in the vicinity of St. George Street/Pine Hill Lane. According to the Boston Herald, Feb. 1, 1856, "On Monday night about 10 o'clock, Miss [Ann] Sherburne, daughter of W. H. Sherburne, of Duxbury, after retiring for the night got up and went to the closet for some food, and while there accidentally caught her nightclothes on fire and was burnt so badly, that she died about six hours."
The Sherburne family remained in Duxbury until 1859, when they moved to Hingham, MA. When he died in 1862 of consumption, William Sherburne was buried in Duxbury next to his first wife, in what was then the burial ground for the Methodists, today known as St. John's Cemetery on Washington Street.
Although her death record has not been found, William's second wife must have died as well, or was unable to financially care for her three children. The town of Duxbury was paying for their upkeep in Abington in 1863. By 1865, the Sherburne children, Otis (age 11), Emma (age 8) and Sarah (age 4), were all living in the Duxbury Alms House on Depot Street. Otis was bound out as a servant to Capt. Stephen Soule of Marshall Street for five years. One may wonder why Gerhom B. Weston, a wealthy abolitionist and Sherburne's former employer, did not assist in some way. By 1865, Weston had suffered his own financial losses and was shortly to become bankrupt himself.
Historic House Histories: A Father's Gift c. 1763.
The Cape-style house that stands at 66 Bayridge Lane was built c. 1763 by Dr. John Wadsworth for his daughter and son-in-law, Mercy and Joshua Cushman, and it is believed that the good doctor lived here as well during the last years of his life. The house was built on a piece of the Wadsworth farm which had been in the family since the time of Christopher Wadsworth (c. 1637). The house appears turned from the road because it faced a cart path that no longer exists. Miraculously, the house continued to be lived in by Wadsworth descendants until the 20th century. The last occupants were the Stewart


text:
A series of asymmetrical substituted tetrahydropyrimidinium salts and different kinds of bridged bis-tetrahydropyrimidinium salts were prepared through the quaterization of tetrahydropyrimidine or the dehydrogenation of hexahydropyrimidine. They were characterized and used as NHC precursors in the palladium catalyzed Buchwald--Hartwig amination reaction. The in situ formed catalytic system Pd(OAc)_2/tetrahydropyrimidinium and ^tBuOK catalyzed the amination of heteroaryl halides and heterocyclic amines effectively, producing the heterocyclic amine functionalized heteroaryl derivatives in high yields.
Tetrahydropyrimidinium salt, Buchwald--Hartwig amination, microwave irradiation, palladium catalysis, N-heterocyclic carbene
YANG, LIANGRU; BIAN, HUANYU; MAI, WENPENG; MAO, PU; XIAO, YONGMEI; WEI, DONG; and QU, LINGBO
"Synthesis of tetrahydropyrimidinium salts and their in situ catalytic activities towards the Buchwald--Hartwig amination reaction under microwave irradiation,"
Turkish Journal of Chemistry: Vol. 39:
1, Article 11.
Available at: _URL_


How to limit the number of records in a cursor using DB2 native SQL?
How do I limit the number of records in a cursor using DB2 native SQL? I know how to do it in ODBC and JDBC.
The answer to your question is to use the FETCH FIRST n ROWS ONLY clause. This clause, new as of DB2 Version 7, is appended to the end of a SELECT statement to limit the actual number of rows selected to whatever value is supplied for "n". So, for example, to retrieve employee information but to limit the number of rows that can be returned to 5 or fewer, you could code:
SELECT FIRST_NAME, LAST_NAME, EMPNO
FROM EMP
FETCH FIRST 5 ROWS ONLY;
Even if there are more than five rows in the EMP table, only five will be returned by this SQL statement. Of course, fewer than five rows can be returned if there are less than five rows in the table.
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text:
Name: Aristolochia clematitis
Names: Aristolochia root, upright birthwort, birthwort, ma dou ling
Used: Rootstock, flowering
Birthwort is a remedy that goes back to the ancient Egyptians, who used it for snakebite. Early writings also indicate that it has long been used to promote uterine contractions during childbirth.
Diaphoretic, emmenagogue, febrifuge, oxytocic, stimulant
Fruit: Expectorant, antitussive, anti-inflammatory, antibacterial, antifungal
Birthwort has been used for abdominal complaints and menstrual problems. The decoction can be used externally for wounds and also for leg ulcers.
Chinese herbalists use the fruit when there is lung heat and inflammation, with or without deficiency, but with the presence of phlegm. For these conditions, it stops coughing and wheezing. It is also used internally to treat bleeding hemorrhoids.
Birthwort is a perennial plant found growing around fences, thickets, field edges, and vineyards. The erect, yellow-green, somewhat sinuous stem grows to a height of 1 to 3 feet from a long, thin rootstock. The dark green leaves are kidney-shaped and short-petioled. The yellowish-green flowers appear in May and June.
When the plant is in flower, use the entire plant, including the rootstock; otherwise use the rootstock alone.
Decoction: Use 2 tbsp. fresh plant (or rootstock) with 1 cup water. Boil for 10 minutes, then strain. Dosage as directed by a doctor.
Cold Extract: Use 2 tsp. plant or rootstock with 1 cup cold water. Let stand for 6 to 8 hours. Dosage as directed by a doctor.
Fruit: 3-9 grams
CAUTION: Birthwort contains a substance that acts similar to the poisonous alkaloid colchicine.
Do not use except under professional supervision.
Aristolochia fruit should not be used in cases of spleen deficiency with diarrhea or conditions of cold and deficiency with cough and wheezing.
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text:
Synonyms: Faget sign, Sphygmo-thermic dissociation, Sphygmo-thermal dissociation
Definition of Relative Bradycardia
Physiologically, for each 1 °F rise in body temperature, there is a commensurate increase in the heart rate of 10 beats/min. When temperature elevations are not accompanied by a physiologic increase in the pulse, the patient is said to have a pulse-temperature deficit.
However, the term 'relative bradycardia' should only be applied to patients with temperatures in excess of 102 ° F since the difference between pulse and temperature readings of ≤ 102 ° F is insufficient to discern pulse temperature abnormalities.
Diagnosis of Relative Bradycardia
Criteria for using relative bradycardia in clinical diagnosis:
- Age of patient >= 13 years
- Temperature >= 102°F and <= 106°F
- The pulse is taken simultaneously with the temperature.
- The patient has normal sinus rhythm with no arrhythmias, second or third degree heart block, or pacemaker.
- The patient must not be taking beta-blockers.
Calculation of Expected pulse rate:
a. Method 1:
- Subtract 1 from the last digit of the farenheit temperature, multiply by 10, and then add the number to 100.
- Example: 103°F = (3-1) X 10 + 100 = 120/min
- Any pulse <120/min with a temperature ≥103°F is considered relative bradycardia.
b. Method 2:
- Multiply farenheit temperature by 10 and subtract 910 from it.
- Example: 103°F = (103 X 10) – 910 = 120/min
c. Method 3:
- Just use the unitary method.
- Add 10 for each 1°F above 102°F to 110
- Example: 103°F = 110 + 10 = 120
Appropriate temperature-pulse relationship:
|Temperature||Pulse in Beats per Minute|
|102°F (38.9 °C)||110|
|103°F (39.5 °C)||120|
|104°F (40.0 °C)||130|
|105°F (40.6 °C)||140|
|106°F (41.1 °C)||150|
Causes of relative bradycardia
- Dengue fever
- Yellow fever
- Salmonella typhi
- Salmonella paratyphi
- Chlamydia psitacci
- Chlamydia pneumoniae
- Ricketssia prowazeki (epidemic typhus)
- Coxiella burnetti (Q fever)
- Ehlrichia chafeensis
- Parasites: Malaria
- Rise in ICP (Cushing's reflex):
- Brain abscess
- Brain tumors
- Pontine hemorrhage
- Other: Lymphoma, Drug fevers
Aids to Diagnosis
- Pneumonia + Relative bradycardia = Think of Atypical pneumonia (Legionella, Q fever, Chlamydia pneumoniae)
- Hospitalization + Multiple drugs for treatment + Other causes of fever excluded + Relative bradycardia = Think of Drug fever
- Rashes + Relative bradycardia = Think of Typhus or RMSF
- Hemorrhagic rash + Systemic toxemia + Relative bradycardia = Think of viral hemorrhagic fever
- Headache + Constipation/Diarrhea + Cough + Relative bradycardia = Think of 1st week of enteric fever
- Hospital Medicine edited by Robert M. Wachter, Lee Goldman (MD.), Harry Hollander
- Infectious Disease Secrets By Robert H. Gates
- Infectious Diseases in Critical Care Medicine By Burke A. Cunha
- Cunha, B. A. (2000), The diagnostic significance of relative bradycardia in infectious disease. Clinical Microbiology and Infection, 6: 633–634. doi:10.1046/j._PHONE_.2000.0194f.x