Although it might be evident to most that there couldn’t be a connection between the current global pandemic and the new network infrastructure breakthrough, 5G, there have been several misconceptions surrounding the topic of how 5G networks and COVID-19 are related.
The virus has created a global pandemic that is relatively new, and that coincidently came at the same time as the new 5G network technology.
This has led many to propagate loose and incorrect theories that aim to connect 5G to the COVID-19 outbreak, which can be highly infuriating not to mention destructive.
In this sense, a senior analyst, John Gregory, who works at the NewsGuard, an online browser extension that uses journalism to fight unreliable news by labeling sources with either a green or red icon which indicates its trustworthiness, investigated the possible existence of a relationship between the global pandemic and the 5G network breakthrough.
A French website affiliated with conspiracy theories French called “Les moutons enragés”, was one of the first platforms that Gregory found spreading this 5g/Covid-19 propaganda.
The platform began pushing baseless information stating that there is a millimeter-wave spectrum used by the Covid-19 and the 5G network, thereby assuming that the two could be broadly related.
Other websites making identical claims spread like wildfire as claims snowballed into all types of extreme speculations.
For instance, a controversial interview was published by a Belgian newspaper, ‘Het Laatste Nieuws’, with a local doctor who claimed the 5G network had aided the virus outbreak.
The doctor’s main argument was that cell phone towers were just installed near Wuhan when Covid-19 first appeared.
Although the blog post was removed a couple of hours after publication, the propaganda had already spread across several Facebook and other social media platforms and even wilder speculations arose among conspiracy theorists.
Some believed that the 5G network can cause radiation, which in turn aids the spread of the virus while others even believed that the installation of the network mast is a cover-up mission for Covid-19.
Besides, many went as far as accusing governments of withholding information about the spread of coronavirus regarding crucial facts and figures of the outbreak.
In the face of confusion, several individuals have dedicated themselves to sharing fake news about this theory across different social media platforms like Facebook, Twitter, YouTube, etc.
Day after day, the idea of a connection between Covid-19 and the 5G networks conspiracy grew to generate thousands of supporters on social media.
Bloomberg has reported that there was some strong evidence gathered that a lot of efforts were geared towards pushing content relating to the 5G coronavirus debacle.
But, Facebook groups were somewhat the main hub for spreading misinformation about the 5G/Covid-19 connection.
This propaganda also gained huge media attention when notable people in society amplified it, especially on social media.
For instance, the famous American rapper, Wiz Khalifa,tweeted “Corona? 5G? Or both?”
Such ill-informed posts did not help the matter. Rather, they made it worse.
Aside from celebrities’ posts, there was some other narrative claiming the involvement of Bill Gates in the pandemic.
The theory does not only claim that Bill Gates caused the virus outbreak, but it claims that he also used the 5G network to push his agenda around the world.
It has been one of the widely believed and most popular misconceptions on the internet.
Most of these insinuations and theories came about due to the several confusing details propagated about Covid-19 combined with fears relating to cellular technologies.
However, the logic behind this was very basic and naive, going off the fact that since the network and the virus outbreak are both new, then somehow they must be related.
Although many people have attempted to link the Covid-19 outbreak with the 5G network technology, many experts continued attempting to prove this as a weak correlation and a baseless argument.
Tom Philips, a renowned editor of a UK based fact-checking company, has given strong evidence regarding how there are several misconceptions, baseless conspiracy theories, and misguided political narratives about the 5G network.
In the past, similar trends were observed during the invention and introduction of both the 3G network and Wi-Fi to the populace.
A website regarded to as “uncensored health news” has previously warned about dangers associated with the 5G technology network.
Despite all aggressive speculations, there has been no tangible link between Covid-19 and the 5G network so far, more so, the safety of the new network solutions have been reaffirmed, while regulations and several standards have been put in place.
Facebook has also attempted to put an end to the ever-spreading misconceptions by blocking accounts that share any Covid-19/5G theories.
Yet, despite the effort to halt this, baseless conspiracy theories continued to escalate, resulting in consequences on the real world as many remain convinced that the 5G network impairs people’s health and that Covid-19 was its end result.
The danger of such theories on our reality has been subject to a research report from the Zignal Labs, which is a SaaS-based media intelligence software company that provides services in marketing and public relations.
The lab studied and revealed the overlaps between the anti-vaccination conspiracy theories and the 5G network.
Also, many horrible incidents took place following the 5G network conspiracy theories.
Incidents in the UK
For instance, a considerable number of mobile phone masts in the United Kingdom have been damaged by fire by individuals who believe the 5G conspiracy theory.
Abuse toward the staff working on mobile network infrastructures has been also carried out.
For instance, the staff of “Openreach” has recorded up to 63 occurrences of violent harassment.
(Openreach is a wholly owned subsidiary of the British telecommunications company BT plc. The division’s work consists of maintaining telephone cables, cabinets, ducts as well as exchanges that connect the national broadband and telephone network to almost all houses and companies in the UK.)
In this sense, the company has voiced its deepest regrets seeing how its engineers are targeted by the so-called attackers of the 5G network mast.
It is “saddening and frustrating”, said Catherine Colloms, Openreach’s managing director.
According to the Silicon UK news, the CEO of Openreach, Clive Selley, reportedly confirmed the horrifying acts of violence its engineers experienced during the first wave of the COVID-19 pandemic.
In June alone, Openreach underwent an equal number of conspiracy related incidents of terrorizing as it suffered during the previous 12 months.
The public confronted engineers placing cables or performing repair work and ordered them to explain whether they were installing 5G invading their work environment and often filming them without their consent.
In April, Selley stated to the Daily Telegraph that the disgraceful attacks left one of the company’s telecom engineers, a man in his forties, with five stab wounds following a savage attack that took place in Kilburn, north London. Luckily, the attack was not fatal and the engineer was later discharged from hospital.
The motivations behind the assault are unclear; however, it coincided with a period of peak abuse against telecom workers over baseless 5G related conspiracy theories.
Following these disgraceful attacks, engineers working in mobile companies all over the UK were afraid for their lives especially since, during the pandemic, they were verbally abused, masts were being burned, and they were being spat at by strangers putting them further in danger (as this a way of transmitting the COVID-19 virus).
BT plc’s chief executive, Philip Jansen, also revealed that a total of 39 engineers at his company were assaulted verbally or physically while many more received death threats.
Other manifestations of violence also included torching and destroying several mobile phone masts across the UK that were not even 5G equipped.
For instance, the CEO of Vodafone UK’s branch, Nick Jeffery, reported that the public vandalized one of the company’s towers that arranged provided mobile connections to the Nightingale hospital in Birmingham.
As a result, many people were stripped of the chance to remotely check on or say goodbye to loved ones.
In other incidents, people wrapped telephone poles, which are landline cables and have nothing to do with the 5G mobile network, in barbed wire to stop its engineers from doing their jobs. This is exactly what happened to the company BT as explained by Philip Jansen.
Incidents in the US
Detailed data gathered by WIRED, a reputable American magazine that concentrates on how emerging technologies affect the politics, culture, and economy, has shown that more than a dozen of the cellular network mast have been attacked in just two weeks, while the attackers are also targeting other network infrastructures and their key workers.
According to an article by the news site, Tennessee Lookout, published on November 20, 2020, more than five cellphone towers in the general Memphis area have been vandalized since the beginning of the pandemic.
Besides, at least three patrol towers, run by the state of Tennessee for emergency communications, had the same fate.
No clear suspects were identified but the sabotage, officials believe, is most likely associated with the COVID-19 5G conspiracy theories.
ABC News also investigated similar incidents and issued a detailed report in May.
The analysis revealed numerous strikes against cellphone towers around the US fueled by the 5G conspiracy theory.
Moreover, in the short period between February and April, as many as 14 cell towers in western Tennessee alone were turned off on purpose by disabling their electrical breakers, according to ABC.
Sadly, conspiracy theories about this topic may take a while before they subside, and it would be foolish to think that they will easily go away.
At this point, one can only hope that people will come to understand that the 5G/Covid-19 conspiracy theory couldn’t be further from the truth, as well as realize that in the grand scheme of things, their baseless claims can generate a huge threat.


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Huawei P40 Lite 5G Review
Huawei P40 Lite 5G is the newest smartphone that just entered the Huawei P40 family just like the Huawei P40, P40 Pro, P40 Pro Plus, and the P40 Lite. According to the of the phone, 5G is the main selling point of the phone. Moreover it also contains four back cameras and a brilliant 6.5-inch display.
That is to say that the P40 Lite now has a 5G version. This smartphone was rebranded from Huawei Nova 7 SE 5G and it was first made official in Europe.
- Table of contents
- Huawei P40 Lite 5G Review
- Huawei P40 Lite 5G Main Specs & Features
- Design and Display
- Hardware and Software
- Battery and Network
- Huawei P40 Lite 5G Price and Release
Huawei P40 Lite 5G Main Specs & Features
- 6.5 inches LTPS IPS LCD Display, 1080 x 2400 pixels, 20:9 ratio (~405 ppi)
- Android 10, EMUI 10.1, without Google Play Services
- Octa-core Kirin 820 5G
- 6GB of RAM
- 128GB Internal Storage up to 256GB NM (Nano Memory) Card
- 64 MP + 8 MP + 2 MP + 2 MP Quad Rear Cameras
- 16 MP Selfie Camera
- 4G LTE Network
- 5G Network
- Fingerprint (mounted on the side)
- Fast Charging 40W, 70% in 30 min
- Reverse Charging 5W
- Non-Removable Li-Po 4000 mAh Battery
- Huawei P40 Lite 5G
Design and Display
Just as said earlier, there is no distinction between this Phone and the Nova 7 SE 5G. As that said, it also comes with a premium plastic body and front glass. The panel containing the LED flash and camera is very smooth and the fingerprint scanner is also intact.
162.3 x 75 x 8.6 mm is the dimensions measurement and it weighs 189 grams. The Huawei P40 Lite is consists of a 6.5-inch LTPS IPS LCD panel that has a rounded shape cutout at the top-left corner to contain the front camera.
The resolution of the screen is 1080 x 2400 pixels, a tall 20:9 ratio, and 405 PPI density for an awesome viewing experience. It also includes the support of HDR, display protection and it have 83.8% screen-to-body ratio.
On the side of the Camera, the P40 Lite 5G comes with a quad cameras model with a 64 megapixel main lens, an 8 megapixel ultrawide shooter, a 2 megapixel depth helper and a 2 megapixel macro lens.
The rounded shape on the screen is containing a 16 MP for the front camera and video calling. The primary camera comes with a LED flash to get brighter photos even in low dim light place. It also includes Panorama, HDR and can get 4K video quality.
Hardware and Software
The Huawei P40 Lite 5G comes with a chipset of Kirin 820 5G based on 7nm process technology. The octa-core processor clocks at the frequency of 2.36 GHz for the Cortex-A76, another Cortex-A76 clocks at 2.22 GHz, while the final Cortex-A55 speeds at 1.84 GHz.
There is also Mali-G57 (6-core) graphic. The smartphone is runs on the Android 10 operating system with EMUI 10.1 placed on top. The internal storage is 128GB inline with 6GB RAM and it’s expandable through Nano card up to 256GB.
Battery and Network
The Huawei P40 Lite 5G comes with a nonremovable battery at the capacity of 4000 mAh with 40W for fast charging that is assumed to refill the device to 70% within 30 minutes. It also includes reverse charging of 5W, which means you can power other smartphones with it.
Apart from the normal 4G and the latest 5G, the P40 Lite 5G also comes with WiFi, A-GPS, Type-C 1.0 reversible connector for charging and file transfer, NFC for mobile payment and 2.0,
Huawei P40 Lite 5G Price and Release
The Huawei P40 Lite 5G is now for sale in Europe at a price of 399 euros. Space Silver, Crush Green and Midnight Black are the colors it will be shipped with in multiple.
For Nigeria and some other African countries, the Huawei P40 Lite 5G is made to sell at a price of 175,000 Naira, 49,000 in Kenya and 2,600 Ghs in Ghana.


Telecommunication & Information Technology
MobiTel (www.cellcard.com.kh), formerly a joint venture between The Royal Group and Millicom International Cellular, is now wholly owned by The Royal Group following an acquisition in November 2009. The provider of choice in Cambodia since 1997, the company has enjoyed market shares exceeding 67% for over 8 years. Operating 3.5G in the major urban centers and EDGE nationwide, MobiTel has driven the telecommunication industry in the country with over 85% of all cities, towns and villages covered.
Royal Telecam International is the second licenced international gateway in the Kingdom, carrying the majority of all international voice traffic. RTI was also a joint venture with Millicom, and is now wholly owned by the Royal Group.
TeleSURF (www.telesurf.com.kh) is Cambodia's first broadband service with a coverage that extends to all the country's major cities. Utilizing wireless broadband technology, TeleSURF provides 24-hour Internet connectivity and high-speed two-way data transmission that allows users to surf the web more efficiently and effectively.
Ezecom (www.ezecom.com.kh) Cambodia’s premium Internet provider has since its incorporation made investments in Cambodia’s infrastructure that have resulted in a country wide state of art fibre optic network. In 2011 EZECOM acquired Telcotech - the only Cambodian member of the AAG cable, so moving into the wholesale market. Ezecom’s international gateways and extensive business communication solutions have made EZECOM the premium choice for Cambodia.
NETi Solutions provides I.T. software and business consulting services to a commanding clientele in the Asian region.


Soil Moisture Probe
The AquaCheck probe is a capacitance-based soil moisture and soil temperature monitoring device. Available in a variety of lengths, from 200mm to 1500mm.
Automatic Data Logger
AquaLink 2G data logger automatically collects data from the AquaCheck Probe and transmits it via a cellular 2G network to Web Based Software.
Manual Data Logger
AquaCheck Shuttle data logger is for farms with not cellular reception. The Shuttle collects data from the AquaCheck Wireless Probe and is then taken to a computer to upload the data to Web Based Software.
The Integrated Sensor Suite of the Davis Vantage Pro2, combines a rain collector, temperature and humidity sensor and anemometer into one package. The Vantage Pro2 can be customized to suit your needs and micro climate.


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With the growth of technology various new buy bulk sms service aspects like internet, music, videos or games are attached to the mobile phones. But the popularity of SMS has remained the same. It is because of this that sending SMS is a very easy process. You have to just write and click on the sending option. As mobile is used by a large number of people, marketing is very easy through SMS. There are certain reasons behind buy bulk sms service this. Again you need not to face any hazard even if the mobile phone is switched off. The person concerned can receive the message the moment he or she switches the mobile on.
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Posted on July 1, 2004
The first time phones were cool
I got a Motorola RAZR back in 2004. It wasn’t the first phone I ever owned but it was definitely the first one that was cool to own. In fact I’m going to make the bold claim that this was the first mobile phone that was mainstram cool rather than geeky cool. I would be happy to debate the Nokia 7110 (the Matrix phone) that came out late 90s but not sure there were many other phones before this that nailed it.


Year after year, reports from SKYWARN™ observers have assisted the NWS in issuing timely warnings based on REAL-TIME reports throughout our 36 County Warning Area covering parts of PA, WV, OH, and MD. The NWS’s primary mission is to issue warnings to protect life and property.
The ground truth reports from SKYWARN™ spotters are a vital link in using advanced radar data and meteorological skills to carry out our mission. Their observations also provide us with information in compiling documentation of severe weather events and verification of warnings. These reports become part of the Untited States Storm Data publication, which is used by researchers and also provides climatological data on a wide variety of unusual weather phenomenom, including statistics on death, injuries, and property and crop damage.
Over half of our 1600 + spotters are also licensed amateur radio operators (a.k.a hams). The hams throughout many of our counties meet and organize their spotter efforts on one radio frequency (network or nets), when severe weather threatens. Amateur Radio Emergency Services (ARES) provides communication support for the SKYWARN™ program.


In this tutorial, we will walk through the basic steps to get a Grandstream GAC2500 Conference VoIP Phone configured for use with FiberConX Business VoIP Phone Services. As usual, these settings will probably work for most VoIP Service Providers as we are only doing a basic configuration.
Before we begin, make sure the GAC2500 conference phone is powered up and connected to your network.
- Tap the touch screen display and the IP address will be visible on the top left corner.
- If you do not see an IP Address, check that the GAC2500 conference phone is properly connected to the network.
- Using a browser, enter the IP Address in the URL address bar and hit enter.
- Enter ‘admin’ for the Username and password on the login page.
- Once logged in, navigate to ACCOUNT->Account 1->General Settings
- Enter an appropriate name in the Account Name field – this is shown on the phone.
- Enter the name or IP address of the SIP Server in the SIP Server field.
- Enter your User ID in the SIP User ID and SIP Authenticate ID field.
- Enter your SIP Password in the SIP Authenticate Password field.
- In the Name field, enter the name you wish to send when making calls.
- Enter the dialing string (usually something like *98) to access the voicemail system at your SIP Provider’s server into the Voice Mail Access Number field.
- Click ‘Save’.
- Now, navigate to ACCOUNT->Account 1->Network Settings.
- Set NAT Traversal to ‘Keep-Alive’.
- Click ‘Save’.
- At the top of the screen, Click ‘Apply’.
At this point, the GAC2500 VoIP Phone should display the value you entered in the Account Name field on the upper left corner of the touch screen with a green colored icon.


A key component of this research project is to identify public WiFi networks currently operating in Australia. To date we have created a basic Google Map through which to collect and display data on public WiFi initiatives. We hope to transpose this information into something more sophisticated over time. We are currently collecting basic data for each site including: description, date developed, data download limits and access time limits.We will also be composing more detailed profiles of some featured initiatives (see below).
If you are aware of a Public WiFi network that is not on our map please send us details.


By Lloyd F.E., Barnes T.C.
Read Online or Download Changes in the Cells of Spirogyra Associated with the Presence of Water Polymers PDF
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Extra info for Changes in the Cells of Spirogyra Associated with the Presence of Water Polymers
A complex joint demodulation and a less complex single-user demodulation used adaptively based on the measured parameters. 20 Adaptive Signal Processing in Wireless Communications the schematic of such an adaptive receiver. It contains the conventional detector, the joint detector, and a control unit to control the two detectors. For each slot, the control unit determines which of the two demodulators to use to recover the data symbols of the desired user. The control unit makes this decision on the basis of certain information obtained from conventional and joint acquisitions.
24 Adaptive Signal Processing in Wireless Communications Adaptive modulation and coding are also successfully employed for new-generation WLAN systems. 11a, both of which use OFDM technology at the physical layer, allow four different modulation options (BPSK, QPSK, 16-QAM, and 64-QAM) with different coding rates. The coding rates are obtained with different puncturing patterns to a mother convolutional code, resulting in eight different modulation and coding options . Similar to link adaptation in EGPRS, an appropriate modulation and coding scheme is used depending on the link quality.
70] G. Aiello and G. Rogerson. 2003. Ultrawideband wireless systems. IEEE Microwave Magazine 4(2):36–47.  J. Forrester, G. Evan, D. Leeper, and S. Srinivasa. 2001. Ultra-wideband technology for short or medium-range wireless communications. Intel Technology Journal 1–7.  P. Mannion. 2002. Ultrawideband radio set to redefine wireless signaling. EE Times, pp. 71–84.  L. Hanzo, C. H. Wong, and M. S. Yee. 2002. Adaptive wireless transceivers: Turbocoded, turbo-equalized and space-time coded TDMA, CDMA, and OFDM systems.


What To Do If You Link Your SIM With NIN But MTN, Glo, Airtel Still Bar Your Line From Making Calls
Telecommunication firms in Nigeria, such as MTN, Airtel, GLO, and 9mobile, have prevented nearly 70 million users from making calls due to their failure to link their SIM with their National Identity Number, as per the federal government’s instruction (NIN).
However, new information suggests that some Nigerians who have linked their SIM to their NIN are having trouble making calls. Even after integrating their SIM cards with NIN, some Nigerians are having trouble making calls.
Subscribers should receive confirmation from telecoms that the process is complete and successful after linking their SIM to their NIN. Some cellphone customers, however, have reported that after linking their SIM to NIN, they have received no answer as to whether the operation was successful or not. Some claim to have received confirmation that the connecting was successful, but that their SIMs are still unable to make outbound calls.
The telcos, on the other hand, outlined the reasons why subscribers may be experiencing difficulties.
These Are As Follows:
- Incomplete registration
- Computer errors Linking NIN to too many SIM cards
- Poor backend integration from NIMC Network problem
What To Do If Your SIM Cards Remain Barred After Linking With NIN.
The telco official said affected subscribers can go to the officers of the telecommunication companies/service centres to register their complaints. He said telcos do not want subscribers’ SIM cards blocked because it also leads to loss of revenue for them, adding that they need as many customers as possible.
The head of the National Identity Management Commission (NIMC) in Kano also reportedly confirmed what telcos official said. He was quoted as directing affected subscribers to the telecom companies’ officers to complain.
According to him, the telecom companies will give them letters to take to NIMC while the commission’s database team will take it up from there and correct the error.
In a related development, NIMC has announced the commencement of weekend NIN registration at all NIN enrollment centres nationwide. According to the commission, the weekend enrollment will enable those yet to obtain their NIN to do so within the timeframe given by the federal government before enforcement of NIN-SIM linkage commences.
The minister of Communications and Digital Economy, Prof. Isa Ali Ibrahim Pantami, urged citizens and legal residents to take advantage of the weekend enrollment.


2170 Jupiter PowerBank
dimensions: 59 x 59 x 63 mm - imprint: 65 x 10 mm
Stylish soft touch charger with twin USB port for maximum speed and power. Allows for the charging of two devices simultaneously with a rapid charge (2.1A) of smart phones and tablets. Power indicator shows remaining battery power in the unit and illuminates your logo. Available in 4000 mAh battery capacity. Larger battery capacities available on request.
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Product is UL certified
USB to Micro-USB cable include
0221 Xoopar Mushroom CarCharger
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5V Input - 2.1A Output


Customer expectations change rapidly. More and more people require access to services 24 hours a day, 365 days a year. Customers like to be recognized and want to have special customer service for their problems via a single call and in a friendly and efficient way. With this in mind, companies must anticipate those needs and be proactive rather than reactive. With growing competition in businesses, productive and professional contact center with a well-managed team of agents becomes a key component to the success of a company.
Performance management is an integral part of a contact center. It helps align agents, processes and systems to their goals and objectives, such as customer satisfaction, cost control and revenue boost. Technological solutions are needed when a company is interested in such ways.
ZigVoice Contact Center Software offers web GUI environment and remote access that facilitates the use of cutting-edge applications and allows you to configure, manage and monitor all processes on the go. The software also helps contact center analyze agent performance and customer experience carefully, which can fulfill the specific requirements of your business and provide better outcomes.
With ZigVoice, you can continue using Nortel PBX system based on ACD (automatic call distributor) to detect and improve the quality levels of each of your agents.
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As described by TechTarget, An Automatic Call Distributor (ACD) is a telephone system that monitors incoming calls and distributes them to associated agents according to the given instructions. The ACD works with Interactive Voice Response (IVR) system to answer incoming calls. Many companies that offer sales and support use ACD to validate callers, record messages, make outgoing responses or calls, forward calls to the right agent, gather usage statistics, balance the use of telephone lines and provide other services as well.
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Even if your business is based online, it’s still important to have a phone line where you can be contacted if needed. It’s no longer necessary to purchase a second phone line or give out your personal cell phone number for your business any longer. Thanks to Google Voice, you can get a free phone number to use for your business.
Google Voice is a free service offered from Google. Using your free Google account, you can create a phone number which can be forwarded to another phone line. My Google Voice number is forwarded to my cell phone, for example, but you could also have your calls forwarded to your virtual assistant. You can also answer on your computer through an internet connection. You can even receive text messages through this number, which can be received and responded to online if you choose.
I’ve used Google Voice since the start of my business and I’ve found it to work great for my limited phone needs. There is a bit of trick to figuring out what settings work best for you regarding how you want it to ring your phone. I suggest testing it with a second phone to feel comfortable answering your Google Voice phone calls. Once you have your settings where you are comfortable, you’re ready to go.
Save money and frustration that you can use in other areas of your business with this great FREE resource – Google Voice!


The TriFlex¬® II is a three-piece, 2-channel sound system, already tweaked and ready to go for sound reinforcement, DJ gigs, and more music playback duties. Featuring a cabinet with a premium 15" woofer plus a pair of two-way satellite speakers with a 10" heavy-duty woofer and a RX¬™14 titanium diaphragm dynamic compression driver mounted on a 75¬° by 75¬° coverage Quadratic Throat Waveguide¬™ horn. The TriFlex II features a bi-amped power section that provides 500 watts peak power for the subwoofer and 250 watts peak power for each satellite speaker. Input jacks provided are a balanced input XLR and a 1/4" phone combo jack, with a pair of RCA phono jacks available, and a master volume control and a sub volume control.
The Subwoofer cabinet includes 15" heavy-duty woofer as well as a preamp, electronic crossover, subsonic filter, and three power amps. Equipped with 3" heavy-duty locking casters, the subwoofer cabinet can be rolled around with the two satellite speakers secured on top. Once it's in position, you can remove the satellite speakers, flip the subwoofer over 90¬° onto its rubber feet, and the electronics controls and inputs and outputs are now readily available on the top at the rear of the subwoofer cabinet.
(Speaker stands sold separately) 1,000W active 2-channel speaker system ¬• One shared subwoofer cabinet houses the inputs and power amps ¬• Dual two-way satellite speakers with pole stand adapters ¬• Subwoofer has 15" woofer with 500W peak available power ¬• Satellite speakers have 10" woofer and RX¬™14 1.4" compression driver ¬• 250W peak available power to each satellite speaker ¬• Peavey√ïs DDT¬™ compression on the satellite power amps ¬• System comes with two 15√ï speaker cables ¬• Protective slipcover with cable storage pockets and built-in Velcro retaining straps ¬• Heavy-duty locking casters on subwoofer cabinet for transport of system ¬• Satellite speakers fit on top of the subwoofer for easy transport ¬• Four-pin twist-lock connectors on amplifier outputs and satellite inputs.
Complete System: Dimensions (HxWxD): 43" x 20.4" x 23.5" / 1092mm x 517mm x 598mm / Weight: 146lbs / 66.2kg
Subwoofer: Dimensions (HxWxD): 19.7" x 28" x 28.1" / 499mm x 711mm x 714mm / Weight: 25lbs / 11.3kg
Satellite Speakers: Dimensions (HxWxD): 19.6" x 11.83" x 11.83" / 498mm x 300mm x 300mm / Weight: 24lbs / 10.9kg
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November 4, 2021 9:54 AM
Citywide Reverse 911 Test - Thursday, January 6, 2022 - Text AlertLHH to 888777 to sign up.
A Citywide test of AlertLHH’s Reverse 911 system will occur on Thursday, January 6, 2022. Residents and business will receive a test message through multiple forms of communication (web-based media, text message, and telephone calls). This test is being conducted to determine the resilience of the system and to allow residents to be familiar with the system when an actual emergency does occur.
Residents will receive two consecutive phone calls with a recorded message announcing the test. The second phone call occurs to allow individuals and voicemail systems to listen to the message again. After the conclusion of the message, residents will be asked to confirm receipt of the message. The City urges residents to select the option as it will provided accurate results for this test. A text message and e-mail will also be distributed concurrently with the recorded phone call. Residents are advised not to panic.


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Keynote Speaker I
Prof. Koichi Asatani
IEEE Fellow, IEICE Fellow
Kogakuin University, Japan
Koichi Asatani received his B.E.E.E., M.E.E.E. and Ph. D. degrees from Kyoto University in 1969, 1971 and 1974, respectively. From 1974 to 1997, he was with NTT and engaged in R&D on optical fiber communication systems, hi-definition video transmission systems, FTTH, ISDN, B-ISDN, ATM networks, IP Networks and their strategic planning. From 1997 to 2014, he served as Professor at Kogakuin University. From 1999 to 2012, he was with Graduate School of Global Information and Telecommunication, Waseda University as Visiting Professor. He was Chair Professor, Nankai University, Tianjin, China for 2014-2018. He is currently Professor, Shanghai University, China, and also Professor Emeritus, Kogakuin University. He is Life Fellow of IEEE and Life Fellow of IEICE. He was appointed as Distinguished Lecturer of IEEE ComSoc for 2006-2008, 2011-2012, and 2013-2014.
He is Ex-Chair and Advisory Board Member of IEEE Technical Committee on Communication Quality and Reliability (CQR-TC), Feature Editor on Standards (1993-1999), Senior Technical Editor (1999-2005) of IEEE Communications Magazine. From 1988 through 2000, he served as Vice-Chair of ITU-T SG 13, and Chair of a Working Party of SG13, responsible for digital networks including GII, IP networks, NGN and Future Networks. He served as Chair for National Committee on Next Generation Networks in Japan. He also served as Chair, R&D and Standardizations Working Group, Next Generation IP Network Promotion Forum. He served as IEEE ComSoc Director, Membership Programs Development for 2014-2015. He served as Chair, IEEE ComSoc GIMS Committee for 2018-2019, and is IEEE ComSoc Fellow Evaluation Committee member for 2019-2021. He is serving as a Member at Large of Board of Governors, IEEE ComSoc. He also has been serving as a Board member, IEICE, and Chair, IEICE Standards Activities since 2014.
He served as various positions of numerous IEEE conferences, including General Chair of International CQR Workshop 1994, General Chair of International Symposium of Interworking 96, General Chair of SIIT2009, Symposium Co-Chair of Communications QoS, Reliability and Performance Modeling Symposium at ICC and Globecom (2002-2004), which he founded in 2002. He was Executive Chair at ICC2011 in Kyoto, Tutorial Co-Chair at ICC2016, and General Co-Chair at IEEE 5G Summits Tianjin (2016) and Tokyo (2017).
He has published more than fifty papers, authored/co-authored twenty books, and gave more than 140 talks including keynotes and invited talks at the prestigious international conferences such as IEEE ICC and Globecom. He received international and national awards including MIC Minister Award (2002) and IEEE ComSoc CQR-TC Lifetime Service Award (2016). His current interests include broadband networking, Internet, NGN, Future Networks, IoT, 5G and 6G Networking and their QoS aspects.
Keynote Speaker II
Prof.Yonghui Li, IEEE Fellow
University of Sydney, Australia
Yonghui Li is a Professor and Director of Wireless Engineering Laboratory, in School of Electrical and Information Engineering, the University of Sydney. He is the recipient of the prestigious Australian Research Council (ARC) Queen Elizabeth II Fellowship in 2008 and ARC Future Fellowship in 2012. His current research interests are in the area of wireless communications, Internet of Things, Wireless networks, 5G and wireless AI. He participated in $500million Australian national Smart Grid Smart City project, the world first large-scale demonstration project. He has published more than 200 papers in IEEE journals and conferences. Several of his journal papers have been included in ESI highly cited papers. According to google scholar, his research works have been cited more than 7000 times. His now an editor for IEEE Transactions on Communications, and IEEE Transactions on Vehicular Technology. He also served as a guest editor for several special issues of IEEE journals, such as IEEE JSAC special issue on Millimeter Wave Communications, IEEE Communications Magazine on Wireless AI, IEEE Access. He received the best paper awards from IEEE International Conference on Communications (ICC) 2014, IEEE PIMRC 2017 and IEEE Wireless Days Conferences (WD) 2014.
Keynote Speaker III
Prof. Xiangjian (Sean) He
University of Technology Sydney (UTS), Australia
Professor Xiangjian He is the Leader of
Computer Vision and Pattern Recognition Laboratory at the Global Big
Data Technologies Centre (GBDTC) at the University of Technology Sydney
He was an IEEE Signal Processing Society Student Committee member. He was involved in a team who received a UTS Chancellor's Award for Research Excellence through Collaboration, for a project funded by SydneyTrains and RMCRC, in 2018. He has also been awarded 'Internationally Registered Technology Specialist' by International Technology Institute (ITI). He led UTS-PolyU joint research project teams wining the 1st Runner-Up prize for the 2017 VIP Cup, and the champion for the 2019 VIP Cup, awarded by IEEE Signal Processing Society.
He has been carrying out research mainly in the areas of image processing, network security, pattern recognition, computer vision and machine learning in the previous years. He has recently been leading his research teams for deep-learning-based and/or machine-learning-based research in the areas of human behavious recognition, human counting in a crowd, tiny object detection, 3D medical image restoration, image processing based on hexagonal structure, authorship identification of a document and a document’s components (e.g., sentences, sections etc.), network and cyber security, car license plate recognition of high speed moving vehicles with changeable and complex background, and video tracking with motion blur. He has played various chair roles in many international conferences such as ACM MM, MMM, ICDAR, IEEE BigDataSE, IEEE TrustCom, IEEE CIT, IEEE AVSS, IEEE TrustCom, IEEE ICPR and IEEE ICARCV.
He has received many competitive national or regional grants including FIVE grants (one ARC-small, two ARC-DPs and two ARC-LPs) awarded by Australian Research Council (ARC) (as a Sole CI (Chief Investigator), or a CI). Very recently, he, as a CI together with Another Professor (1st CI), has received an ARC-LP grant of $540,000 for over three years from 2019-2022, and as a CI and a team member, received two-million dollars of industry grants awarded by Cisco, SAS, Sydney Trains, Data 61, RMCRC etc.
In recent years, he has many high quality publications in prestigious journals such as Journal of the Association for Information Science and Technology and ACM Computing Surveys, IEEE Transactions journals such as IEEE Transactions on Pattern Analysis and Machine Intelligence (TPAMI), IEEE Transactions on Industrial Informatics, IEEE Transactions on Dependable and Secure Computing, IEEE Transactions on Network Science and Engineering, IEEE Transactions on Mobile Computing, IEEE Transactions on Computers, IEEE Transactions on Parallel and Distributed Systems, IEEE Transactions on Multimedia, IEEE Transactions on Circuits and Systems for Video Technology, IEEE Transactions on Intelligent Transportation Systems, IEEE Transactions on Cloud Computing, IEEE Transactions on Reliability and IEEE Transactions on Consumer Electronics, and in Elsevier’s journals such as Pattern Recognition, Signal Processing, Automation in Construction, Information Sciences, Neurocomputing, Future Generation Computer Systems, Computer Networks, Computer and System Sciences, and Network and Computer Applications. He has also had papers published in premier international conferences and workshops such as ACL, IJCAI, CVPR, ECCV, ACM MM, ICDAR, TrustCom and WACV.
He has presented invited keynote speeches in over 15 international conferences since 2008.
He has recently been involved in editing for various international journals such as IEEE Transactions on Intelligent Transportation Systems, IEEE Access, Journal of Computer Networks and Computer Applications (Elsevier), Future Generation Computer Systems (Elsevier), and Signal Processing (Elsevier). He has been an Advisor of HKIE Transactions, and is currently an Associate Editor of Springer-Nature Computer Science Journal.
He has successfully supervised several postdoctoral research fellows and many PhD students to completion as a Principal Supervisor.
Since 1991, he has been an academic, a visiting professor, an adjunct professor, a postdoctoral researcher or a senior researcher in various universities/institutions including Xiamen University, China, Shanghai Jiaotong University, China, University of New England, Australia, University of Georgia, USA, Electronic and Telecommunication Research Institute (ETRI) of Korea, University of Aizu, Japan, Hongkong Polytechnic University, and Macau University.


The patented system NANO_TRENCH®
NANO_TRENCH® is a unique, patented Austrian Trench-technology, which sets a new Future-Standard in the domain of laying telecommunication networks. Numerous projects show, that NANO_TRENCH® is the trendsetting technology for fast, secure and cost-effective installation of fiber optic networks for national and international network operators. Thereby FTTX-projects in the fiber optic domain for the network owner or provider as well as small or large network retrofitting or network development can be realized very fast and secure.
The team at NANO_TRENCH® made it their business to convert the existing telecommunication infrastructure to the latest State of the Art fiber optic technology in a cost effective and time efficient manner together with the telecom provider and street owner (road administration) using the new patented NANO_TRENCH® Technology.
In cooperation with the well-established subcontractors in the fiber optic industry as well as infrastructure design engineers and the NANO_TRENCH®-Technology, a new international Future-Standard for fiber optic development of telecommunication networks were born.
Thereby the team around NANO_TRENCH® together with well-established companies in the telecommunication domain compiles an all-inclusive master plan tailor made and from one source, from installation of empty ducts up to turn key telecommunication companies.
In cooperation with A1 Telekom Austria AG, the leading telecommunication company in Austria, two institutions of the Technical University in Vienna compiled a survey over a year. This certifies the uniqueness of the NANO_TRENCH®-Technology in all varieties of application and operation areas.
Nationally and internationally, the NANO_TRENCH®-Technology will be distributed by Pichler Bohrtechnik GmbH and HP-Fiber GmbH via exclusive partners and licensees.


How to integrate UniFi Protect with Home Assistant
We’ll go over how to integrate Ubiquiti’s UniFi Protect with Home Assistant. So you can easily control your security cameras from Home Assistant.
In this article, I’m going to show you how to get started with the Ubiquiti UniFi system. I’m going to go over the equipment that I’m installing for my home network. Instead of using a Cloud key to configure the equipment, I’m going to show you how to install the UniFi Controller in a Linux machine. Besides that, I’m also going to go over some basic settings like:
This is going to be part 1 of a series of tutorials that I want to make for the UniFi network. The next article will be about VLANs and Firewall rules. So, definitely stay tuned for that.
For this guide, I’m going to set up the UniFi Security Gateway. This router provides an advanced firewall, VLAN support, and so much more.
UniFi Security Gateway
Then, I’m going to connect it to the UniFi Switch 8 60W, so I can connect other devices hardwired and also the access point. This switch comes with 4 Gigabit ports and 4 802.3af PoE ports, allowing to power the access point via Ethernet.
UniFi Switch 8 60W
For WiFi, I’m installing the UAP-nanoHD. This access point supports MU-MIMO (Multi-User Multiple Input/Multiple Output), which allows processing more signal information to more devices at once. So, it provides faster speeds for devices connected to the 5 GHz network.
Other good options that you can get are the UAP-AC-Light, and the UAP-AC-Pro.
Before connecting the old router (optional), install the UniFi Controller on the Linux machine. So, open the terminal in the Ubuntu server, and first update your packages with the command,
sudo apt update
There are a couple of required packages needed. So, install them with the following:
sudo apt install ca-certificates apt-transport-https
Now, add a new source list to be able to download the UniFi controller. So, enter this command:
echo 'deb http://www.ui.com/downloads/unifi/debian stable ubiquiti' | sudo tee /etc/apt/sources.list.d/100-ubnt-unifi.list
After that, add the trusted GPG keys in this location
/etc/apt/trusted.gpg.d. You can do it with the following:
sudo wget -O /etc/apt/trusted.gpg.d/unifi-repo.gpg https://dl.ui.com/unifi/unifi-repo.gpg
Before continuing, if you are running Ubuntu 18.04, you would need to run the following commands before installing the UniFi Controller.
sudo apt-key adv --keyserver hkp://keyserver.ubuntu.com:80 --recv 0C49F3730359A14518585931BC711F9BA15703C6
echo "deb http://repo.mongodb.org/apt/ubuntu xenial/mongodb-org/3.4 multiverse" | sudo tee /etc/apt/sources.list.d/mongodb-org-3.4.list
sudo apt update
After that’s done, go ahead and install the UniFi controller with the command:
sudo apt install unifi
All right, so the UniFi Controller is ready to go. Now, disconnect the old router and connect the new Ubiquiti equipment.
Connect the main Ethernet cable that comes from your ISP modem to the WAN port on the USG router. Then, connect another Ethernet cable to LAN 1 and the other end of the cable to port 1 on the PoE switch. After that, connect the access point to one of the PoE out ports so it can get data and power at the same time. The computer and server will be connected hardwired so, they’ll be on ports 3 and 4. Lastly, power the USG and then the PoE switch and give it a couple of minutes for all 3 devices to start.
Wait for the status LED to turn solid white on all 3 devices to start the configuration via the UniFi Controller. Even though the system is not configured yet, the hardwired devices will have Internet access.
If you are using a headless machine (no monitor connected), you need to check what IP the server is getting to access the UniFi Controller. On another computer, you can run the command
arp -a via the terminal. This command list all devices connected to the network and provides the IP address that is getting. As long as you know the MAC address for your devices, you’ll be able to verify what IP address the server is getting.
Once you have the IP address, open the browser and type,
https:// then, the IP address for your server, and port
An alert pops up, stating that the connection is not private. The reason for that is because there is no SSL certificate installed. So just click on Advanced and then Proceed.
In the initial set up, the first step gives the option to name the UniFi Controller and also to restore the setup from a backup.
The next step is to sign in to the Ubiquiti account so you can access the Controller via the unifi.ui.com cloud service. This allows managing the controller via the mobile app from anywhere without opening any ports or have a static IP. You can create an account here.
For step 3, disable Automatically optimize my network. So you can have control of the settings to improve the WiFi and network performance. The option, Enable auto Backup, leave it on. So, the UniFi Controller creates backups of your configuration. We’ll configure auto backups more towards the end.
Next step, set up a WiFi name and password. Make sure that the option, Combine 2 GHz and 5 GHz WiFi networks is turned off. So, devices don’t switch between the 2 frequencies. You want them to either connect to the 2.4 GHz or the 5 GHz network.
In Step 5, the UniFi Controller automatically finds the Ubiquiti equipment on the network, making it simple to configure. Select all the devices and click on Next.
For the final step, just verify all the settings and then click on Finish. Give it like a minute for the Controller to complete the configuration, and then it would be ready to go.
After completing the initial configuration, you can start tweaking other settings via the UniFi Controller. To start, let’s set a specific IP range in the network and configure the DNS.
Go into Settings, Network, under WAN, click on Edit, and enter the DNS Servers that you’d like to use. Example, Cloudflare DNS servers 126.96.36.199 and 188.8.131.52. Save the changes, then under LAN, click on Edit, and Change the Gateway. After that, click on Update DHCP Range, and you can modify the starting and ending point of the DHCP range to whatever you’d like.
Next, under DHCP Name Server, change it from Auto to Manual. For the first DNS server, enter the USG router’s IP address, so it uses the primary DNS server that was set up before. For the secondary DNS, we can enter another DNS as a backup. For example, the Google DNS 184.108.40.206 or 220.127.116.11.
Lastly, click on Save and give it a few seconds for the USG router to apply the changes.
Because the DHCP range changed, the Linux server is going to get a new IP address. So, as we did earlier, open the terminal and run the command
arp -a to find the new IP. Then, go back into the browser and use the new IP address to access the UniFi Controller again.
Next, let’s go ahead and assign a static IP address to the network devices and also the connected clients. In addition to that, you can also set up an alias to the network devices. Making it easier to identify the devices and their location. So, for example, if you have several switches and access points, you can give them names like upstairs WiFi, garage switch. Things like that.
Go into the Devices tab and click, for example, on the switch to open the settings. Then, click on the Config icon and under general, enter the name you would like for that device. Click on Apply, and after that, go to Network and change the option from Using DHCP to Static IP.
Enter the new static IP address. Under Network Mask, enter 255.255.255.0. Making it a class C subnet mask, which gives a total of 254 usable IP addresses. For the Gateway, enter the USG router’s IP address. The Preferred DNS, enter the router’s IP address as well, so it uses the Cloudflare DNS that we set up earlier. For the Alternate DNS, we can enter the Google DNS as a backup. Lastly, click on Queue Changes and then Apply Changes. You can then do the same thing to the access point. Keeping the same subnet mask, gateway, and DNS settings.
To set up a static IP address, a name, and even an icon to the connected devices, go into the Clients tab, select a device and under Device Fingerprint, click on Find Icon. Then, search for the icon that you would like for that device.
After that, click on the Config icon and under General, set up an alias. Save the changes, then go to Network and enable Use Fixed IP address. Enter the assigned IP address that you would like for the device and then save the changes.
In the initial set up, we configured the WiFi name and password. We also selected the option to Combine 2 GHz and 5 GHz WiFi networks. However, there was no option to name the 2.4 GHz SSID. The UniFi Controller automatically added to the 2,4 GHz WiFi name the suffix _IoT. You can change this and manage other settings by going into Settings, Wireless Networks, and under the current WiFi, click on Edit. Then, under Name/SSID 2G suffix, enter whatever you would like the suffix to be.
The other thing that I like to set up in the wireless network is MAC Filtering. You can whitelist the MAC addresses for the devices that you want to allow access to the network. If a device tries to connect to the WiFi, but it’s MAC address is not whitelisted, even though it enters the correct WiFi password, it would be denied access to the network.
To set it up, go to MAC Filter, click on Enable, and then under Policy select Whitelist. Then, enter the MAC address for all the devices allowed to connect to the wireless connection. When finished, click on Save to apply the changes.
NOTEThere are a few more settings that you can set up for the wireless, for example, setting up a WiFi connection to use a specific VLAN. Whether if you want the SSID to broadcast or not. We would go over those settings in part 2 of this series, where I will show you how to set up VLANs and firewall rules. So, definitely stay tuned for that.
When finished configuring the network, the last thing that you want to do is create a backup of the UniFi controller. So, if something ever goes wrong, you can restore the configuration using that backup. Instead of having to redo everything from scratch.
To create a new backup, go to Settings, and then, Backup. At the initial setup, we did enable Auto Backup. By default, it is set to automatically create a new backup on the first of every month at 12:00 am. And the Data Retention is set to 30 days.
You can customize how often you want to create the backups and also how many days you want the Data retention to be.
Because the network was just set up, manually create a backup and save it to this machine. You can select if you want to only backup the UniFi controller settings or all the data for a different amount of days. For this first backup, just choose to backup the settings only and then download the file.
If you want to restore the settings from a backup saved on your computer, click on Upload File and select the backup that you want to restore.
When the network has been running for a while, you would notice that backups created automatically, would be available below. You can then select if you want to Restore, Download, or Delete a specific backup.
I hope this article helps you get started with the UniFi Controller and the UniFi equipment. As I mentioned earlier, part 2 of this series will be about VLANs and firewall rules, so definitely stay tuned for that.
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For the Educational Technology Tool of Communication, my group and I explored Skype. Skype, stemming from the phrase "sky peer-to-peer" is a video conferencing tool that works over the internet. Users can make calls to other users and see and hear each other. Multiple users can Skype together at one time. Users can both skype with video and voice or one person can see video while the other only hears voice, a.k.a "Skype-out".
In addition, Skype has an instant messaging feature where users can chat while connected. You can also share your screen with the person you are Skyping with. This is beneficial for sharing powerpoints, websites, pictures...whatever is on your computer screen you can share with your Skype partner. When Skyping in on a group discussion or project, screen sharing is a means of communicating data, spread sheets, or whatever document the group is working with.
Skype can be a useful communication tool for video conferencing with other groups or businesses, or to participate in a group discussion while you are home at sick and away from your small group. Teachers can lecture to their classes while away from school, or students can video conference in to a teacher's lesson when the student is sick.
This tool could be used to expose students to a virtual penpal who lives far away or in a different culture. A foreign language class could practice conversational skills and learn more about the language they study through a student from that culture by video conferencing. Elementary students could Skype other elementary students from around the country, or even from different countries. In daily life, my experience with Skype has been through seeing my friends use it to communicate with family, friends, or significant others who live far away. Talking conversationally, like on a telephone, is made even better with the addition of video, so you can see the people you miss.
Some cons could be if students took advantage of the ability to Skype into a lecture by calling in sick too often. Video conferencing should never replace classroom lecture and experience.


As the internet continues to develop at breakneck speed, more and more everyday devices are connecting to each other, sometimes on a massive scale. Pacific54 was intrigued, so we dug a little deeper.
The latest to do so will be the 75,000 web enabled street lights that Florida Power and Light is installing in Miami-Dade County through a cooperative partnership with lighting behemoth Philips and mobile supercorporation Ericsson. The lights will be wirelessly interconnected via networking technology developed by Silver Springs Networks.
FORBES magazine reports that it will be the largest deployment of its kind in North America.
The Miami-Dade Intelligent Streetlight project will serve as a global model for city-size, interconnected, energy efficient scaling projects using the new enterprise platform that is called Zero-Site by Ericsson.
It’s easy to see why companies are practically salivating over the technology. The new streetlights will run on the cutting edge of smart-energy technology
The lights will speak to a remote operator via micro Radio Remote Units which will be mounted on top of the light poles, and communicate courtesy of 8-12 meter antennas.
For an idea of the scale of FPL’s streetlight operation, the company operates 500,000 of them throughout 35 counties.


Network codes are assigned by the FDSN to uniquely identify the owner and operator responsible for the data collected by a network. Network operators may request a network code as needed for new deployments.
Temporary network code convention¶
Network codes for deployments that are known to be temporary are strongly encouraged to include the 4-digit start year of the deployment at the end of the code with the following pattern:
<1-4 characters><4-digit start year>
SEIS2018 would be a valid network code and imply that the
initial deployment was in the year 2018 and is temporary.
Transitional mapping of previously allocated temporary network codes¶
Historical temporary network codes were allocated as two-character codes, with the first character being a digit (0-9) or the letters X, Y or Z. Many of these codes have been reused for different deployments in different years and are therefore not globally unique. A data owner or delegate data center may wish to convert, or provide an alias, for data using the older, 2-character codes. The mapping from the 2-character codes is strongly recommended to follow this pattern:
<2-character code><4-digit start year>
where the initial character is a digit (
0-9) or the letters
For example, a network deployment allocated a network code of
operating in the years 2002 and 2003 could be mapped to
A temporary network operator may wish to request a 6 character network code in the transitional mapping pattern above in order have a globally unique code that is also usable with miniSEED 2 through the mapping. Furthermore, the FDSN reserves all 6 character network codes that match the transitional mapping pattern for all previously or future allocated 2 character temporary network codes. Thus the code XA2002 must be assigned solely to the temporary network with code XA that was operating in 2002.
Special network codes¶
Two network codes are reserved for special cases:
SS– This code may be used by any institution running a Single Station, the station should be registered with the International Registry of Seismograph Stations. Care must be taken to ensure that the station code is not the same as another station using the SS network code.
XX– This code is not real. It is reserved for test data, examples or transient usage when a real code cannot be used. Data with this network code should never be distributed.


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*Please note: Product descriptions, specifications and part numbers have been sourced from www.apc.com and may refer to the US products which differ from products which will be supplied in Australia. Data sheets can be provided upon request for the Australian equivalent to these products.
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|Maximizes battery performance, life, and reliability through intelligent, precision charging.
|Protects connected loads from surges, spikes, lightning, and other power disturbances.
|Temperature-compensated battery charging
|Prolongs battery life by regulating the charge voltage according to battery temperature.
|Automatic restart of loads after UPS shutdown
|Automatically starts up the connected equipment upon the return of utility power.
|Periodic battery self-test ensures early detection of a battery that needs to be replaced.
|Provides temporary battery power when the utility power is out.
|Ensures clean, uninterrupted power to protected equipment when generator power is used.
|Monitor and control the UPS remotely via included PowerChute software or APC Network Management Card (included in all models above 3kVA).
|Customize UPS capabilities with management cards.
|Actively let you know if the unit is on battery, if the battery is low or if there is an overload condition.
|LED status indicators
|Enables quick understanding and response to visual indicators showing UPS status.
|Provides management of the UPS via a serial port.
|Disconnected battery notification
|Warns when a battery is not available to provide backup power.
|InfraStruXure Manager compatible
|Enables centralized management via the APC InfraStruXure® Manager.
|Increases availability by allowing a trained user to perform upgrades and replacements of the batteries reducing Mean Time to Repair (MTTR)
|Ensures clean, uninterrupted power to protected equipment while batteries are being replaced
|Predictive failure notification
|Provides early-warning fault analysis ensuring proactive component replacement.
|Resettable circuit breakers
|Enables quick recovery from UPS overload events.
|Adjustable voltage-transfer points
|Saves battery power and helps extend battery life.
|Adjustable voltage sensitivity
|Provides the ability to adapt the UPS for optimal performance in specific power environments or generator applications.
|Ensures the product has been tested and approved to work safely with the connected service provider equipment and within the specified environment. UL, FCC, CE, C-Tick approvals.


The Ministry of Public Works has asked the International Business Chamber of Cambodia (IBC) for technological help for it to use a Telegram Bot to provide information to the public.
Ministry spokesman Heng Sothea Yut said yesterday the issue was brought up during a meeting between Public Works Minister Sun Chanthol and an IBC delegation led by its president Paul Clements.
He said Chanthol instructed relevant stakeholders to find ways to modernise communication to make it easier for people to report on and provide information on problems involving traffic, construction, maintenance, transportation infrastructure and the provision of public services through the transmission of images, videos, location, time and related information content.
The minister specifically discussed the possibility of using Telegram Bot technology to improve communication and access to information in the public and transport sectors.
“This initiative will pave the way for ensuring fast communication and automated production of work reports with Telegram Bot technology in Telegram Communications, which is widely used in Cambodia and around the world,” Sothea Yuth said.
“TheTelegram Bot is a smart and automated account that uses AI (Artificial Intelligence) technology to connect and communicate quickly with users, as well as collects, analyses and compiles information in Telegram communication software,” he added.


A été écrit sous une forme ou une autre pendant la plus grande partie de sa vie. Vous pouvez trouver autant d'inspiration de Etsi Pastoralis Aussi informatif et amusant. Cliquez sur le bouton TÉLÉCHARGER ou Lire en ligne pour obtenir gratuitement le livre de titre $ gratuitement.
How to synchronize the next generation of IPTV Explantion of the ETSI standardized version
In the last years, research of television systems has increasingly changed from focusing on isolated networks to focusing on a combined network of internet, telecommunication, television and other services. One of the main aspects in that research topic is to guarantee that the user experience will be the same or better than the user expects from a common television system. The purpose of this book is to show a possible protocol implementation for a television system with a packet oriented underlying network. The thesis will show that ETSI TS 183 063  Annex W specified protocol extension to the Realtime Control Protocol will extend a commonly known network system to reach the goals for the users’ quality needs. This book describes the steps from planning to implementation and to evaluation. It will give the reader an overview of the necessary requirements and of the development of the proof of concept to show that the standardized environment will work. Open points in the description of the environment are pointed out and possible solutions are given. This book is divided into seven chapters. The first chapters are the theoretical base, followed by the planning and evaluation of the prototyped IDMS system. In chapter two, an overview of the book’s background and necessary protocols needed for communication is given. This is completed by a description of the network framework, which will be the platform for the synchronization approach. The extension for television usage of the network which is described in chapter two is explained in chapter three. The Software analyzed for the usage in the prototyped implementation is described in chapter four. The necessary modifications and extensions to this software and structure of the applications used to build the environment for the described implementation completes the theoretical part of the thesis. Chapter five shows this software planning. Chapter six gives an overview of the measurements to prove that the created implementation works sufficiently. This is completed by the summary in chapter eight.
Just Like Heaven
Arthur falls in love with Laura, the young woman he discovers in the closet of his San Francisco apartment whom only he can see, after she informs him that her body is in a coma across town, and when doctors prepare to end Lauren's medical care, it is up to Arthur to preserve their magical bond. Originally published as If Only It Were True. Reissue. (A DreamWorks Pictures film, releasing Fall 2005, starring Reese Witherspoon & Mark Ruffalo) (General Fiction)
PN ETSI EN 319 403 V2 2 2
A été écrit sous une forme ou une autre pendant la plus grande partie de sa vie. Vous pouvez trouver autant d'inspiration de PN ETSI EN 319 403 V2 2 2 Aussi informatif et amusant. Cliquez sur le bouton TÉLÉCHARGER ou Lire en ligne pour obtenir gratuitement le livre de titre $ gratuitement.
Syntax of Early Latin
Charles Edwin Bennett A été écrit sous une forme ou une autre pendant la plus grande partie de sa vie. Vous pouvez trouver autant d'inspiration de Syntax of Early Latin Aussi informatif et amusant. Cliquez sur le bouton TÉLÉCHARGER ou Lire en ligne pour obtenir gratuitement le livre de titre $ gratuitement.
Building a Cisco Wireless Lan
Enable enterprise-wide information access using Cisco wireless networks Wireless networks are rapidly becoming a viable alternative to traditional wired LANs (Local Area Networks), mainly because of the convenience they provide. By implementing a wireless network, companies eliminate the need and expense of installing fixed cables, outlet ports or patch panels. Building a Cisco Wireless LAN is for individuals designing and supporting a Cisco wireless LAN. The book contains detailed information on the process for the thorough and accurate network design for the Cisco 340, 350, and UBR 7200 series. The contains detailed information on the configuration and troubleshooting of a Cisco WLAN installation. The book offers an introduction to wireless technology from the fundamental principles to the actual implementation. The first book for Cisco LAN users looking to upgrade to a wireless network Ideal for Network administrators looking into wireless network technology for the first time
QoS in Integrated 3G Networks
QoS in Integrated 3G Networks offers you clear descriptions of the factors governing quality in integrated third generation mobile networks, dealing with issues arising from both fixed and mobile systems, and their protocols. Leading-edge technologies, including WCDMA, cdma2000, and GPRS are covered comprehensively and considerable attention is devoted to features of specific application types likely to be run over the integrated network. The book provides you with expert guidance in estimating response times across a network and identifying which part of a 3G network is responsible for any reported QoS (quality of service) problems. This unique, hands-on resource shows you the way different parts of an integrated 3G mobile network affect quality. It offers a better understanding of the trade-off between quality of service and the usable capacity of the network, the best applications to use for multimedia applications, and how to handle quality problems.
PN ETSI EN 301 925 V1 4 1
A été écrit sous une forme ou une autre pendant la plus grande partie de sa vie. Vous pouvez trouver autant d'inspiration de PN ETSI EN 301 925 V1 4 1 Aussi informatif et amusant. Cliquez sur le bouton TÉLÉCHARGER ou Lire en ligne pour obtenir gratuitement le livre de titre $ gratuitement.


Orange County public safety leaders announced Wednesday the launch of a Text-to-911 system, a service expected to have a big impact on the way police, fire, and EMS personnel respond to emergencies.
Although authorities at the Feb. 6 news conference stressed that voice calls remain the preferred way to report emergencies to 911 (see video below), texting is an important development for the hearing impaired, speech impaired, and those who are unable to make a phone call to reach emergency dispatchers.
“I think I speak for all of us that we anticipate that Text-to-911 messages we receive will exponentially increase over the next year,” Sheriff Don Barnes said at the news conference, held in front of the Santa Ana PD.
The Text-to-911 system comes a little more than 50 years after the first 911 call was placed in 1968 in Haleyville, Ala. It is the latest iteration of a 911 system that has evolved over the years to keep up with changing technology.
It the past two years, the number of new wireless phone numbers activated has outpaced that of landlines for the first time in history, OCFA Chief Brian Fennessy said.
And last year in Orange County, 80 percent of the more than 1,243,000 calls received by 911 dispatchers at public safety answering points (PSAPs) came from cell phones, Barnes said.
More than 25 chiefs from law enforcement, fire, the California Highway Patrol, and other public safety agencies joined Barnes in announcing the Text-to-911 rollout to the media.
By 11 a.m. Wednesday, the Orange County Fire Authority already had received five 911 calls via texts, Fennessy said.
Photo by Steven Georges/Behind the Badge
Irvine PD Chief Mike Hamel, who serves as president of the Orange County Chiefs of Police and Sheriff’s Association, commended Barnes and his agency for taking the lead to develop the Text-to-911 system, which was a couple of years in the making and came at no additional costs to local public safety agencies, officials said.
“A tremendous degree of collaboration between the sheriff’s department, the Orange County Fire Authority, municipal police and fire agencies, dispatch centers, IT personnel, and others has been remarkable, and it has been through this collaboration that we have been successful in implementing this very important service that will benefit the entire Orange County community,” Hamel said.
Costa Mesa Fire & Rescue Chief Dan Stefano, chairman of the Orange County Fire Chiefs Association, said development of the Text-to-911 system makes a valuable statement about the good that can come from police and fire agencies working together.
But he and others repeatedly stressed at the news conference that nothing replaces voice-to-voice contact from individuals in need of emergency help and O.C.’s dispatch centers.
“That ability to paint the picture is what we truly want,” Stefano said. “This is another tool in the toolbox, but the message today is, call if you can, text if you can’t.”
Speaking in sign language as her words were interpreted for the media, Renee Thomas, regional director of the OC Deaf Equal Access Foundation, said the Text-to-911 service is a “wonderful tool” that aligns with her non-profit’s mission to empower deaf and hard-of-hearing people.
“In the past, when we had to call 911, we had to rely on somebody to come help us to communicate,” Thomas said.
There are more than 800,000 deaf and hard-of-hearing people in Los Angeles and the surrounding counties, Fennessy said.
There are limitations and restrictions to the Text-to-911 service, officials noted.
As is the case with 911 calls made from mobile devices, dispatchers can’t get an exact address, as they can with calls made from landlines.
And text GPS location is not as precise as current wireless-calling location technology. The accuracy of mapping varies by carrier, said Catherine Borchardt, a dispatch supervisor for the OCSD.
Text-to-911 cannot be used in a group text, and the texts won’t work with pictures, videos, or emojis. And, for now, 911 texts must be made in English.
After entering the numbers “911” in the “to” field, users are asked to type in the “recipient” field the location and nature of the emergency.
“Just as 911 revolutionized the way police, fire and EMS (personnel) respond to emergencies, Text-to-911 will have a profound impact,” Hamel said.
Misuse of the Text-to-911 system, like any misuse of 911 calls, is a misdemeanor with possible penalties including jail, Barnes noted.


HTTP stands for “Hypertext Transfer Protocol,” which is a protocol used for transmitting data over the internet. It is the foundation of data communication on the World Wide Web and enables web browsers to communicate with web servers. In this article, we will explore the full form of HTTP and how it facilitates web communication.
Full Form of HTTP
The full form of HTTP is “Hypertext Transfer Protocol.” It is an application protocol that defines how web browsers and servers communicate with each other. HTTP is the foundation of data communication on the World Wide Web and enables the transmission of data, such as text, images, videos, and audio files, between web browsers and servers.
How Does HTTP Facilitate Web Communication?
HTTP facilitates web communication by defining the rules and formats for data transmission over the internet. Here are some of the key features of HTTP:
- Client-Server Model: HTTP follows a client-server model, where web browsers act as clients and web servers act as servers. The client sends a request to the server, and the server responds with the requested data.
- Stateless Protocol: HTTP is a stateless protocol, which means that each request and response is treated as an independent transaction. The server does not keep track of previous requests or sessions.
- Request Methods: HTTP defines different request methods, such as GET, POST, PUT, DELETE, and HEAD, which are used for different types of requests. For example, GET is used for retrieving data, while POST is used for submitting data.
- Status Codes: HTTP defines different status codes, such as 200, 404, and 500, which indicate the status of a request. For example, a status code of 200 indicates that the request was successful, while a status code of 404 indicates that the requested resource was not found.
- Header Fields: HTTP defines different header fields, such as Content-Type, Content-Length, and Cache-Control, which provide additional information about a request or response.
In conclusion, HTTP is a protocol that enables web communication and defines how web browsers and servers communicate with each other. It follows a client-server model, is a stateless protocol, defines different request methods and status codes, and includes header fields for additional information. Understanding HTTP is essential for anyone involved in web development or web communication.


Sunturn's core partners provide the products and services required to deliver the technological framework to support your business needs.
Rather than providing every product in the marketplace, Sunturn partners with companies whose technologies are known for their innovation, diversity of features, manufacturer support programs and quality of manufacturing. These technologies are the fundamental building blocks that support enterprise applications and ensure we can deliver superior business solutions.
Our core Partners are:
• Avaya - Sunturn is an Avaya Platinum Business Partner. Avaya Inc. designs, builds and manages communications networks for more than 1 million businesses worldwide, including over 90 percent of the FORTUNE 500®. Focused on businesses from large to small, Avaya is a world leader in secure and reliable Internet Protocol (IP) telephony systems and communications software applications and services.


PMU is a software that implements IEEE Std C37.118.2-2011 using A Raspberry Pi. The communication is implemented using SPI protocol. So Any device that would be able to communicate with SPI can be used as a feed for data.
This was tested using Arduino (The actual implementation was supposed to be run on FPGA, the work is yet to be complete).
You would be able to run the PMU software on a computer. If the software doesn’t find any SPI port, a single set of fake data is generated just to show that the software is working.


The Peavey ValveKing II 20-watt Combo Amp is great for both live and studio applications. Featuring built-in Peavey MDSI (Microphone Simulated Direct Interface) which eliminates the need for miking by allowing users to send the amp's signal directly to a recording device or mixing console. Enjoy versatile tone for rock, jazz, or metal with the ValveKing 20-watt Combo Amp.
Peavey Valveking II 20W Combo
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IT teams all over world tend to increasingly use blockchain as the technology that would massively advance cost efficiency of resources spent. The majority of those teams arrive at the conсlusion that revolutionary changes in the industry will be driven by something more than mere optimization of existing technologies. The Privatix project team that have announced their plans to develop a marketplace for idle traffic, told about their vision of the global network and their bid to contribute to finding a proper solution.
Based on statistics posted by the Privatix team, over 90% of prepaid Internet traffic remains unused. Low network efficiency constitutes a scaling challenge since medium and big businesses have to inject increasingly more money to support their infrastructure.
At present, a common user is familiar with VPN services for some reason or other, and VPN is mainly the choice of those who prefer safety and freedom to censorship. Privatix VPN provider believe that establishment of a decentralized bandwidth marketplace based on a P2P VPN network would find the answer to many problems in the industry including these mentioned above.
A huge portion of traffic remains unused. The traffic unused by early bed-goers, white-collars at off-work time or hosting providers can be used with much better efficiency. Connection of big masses of people to this kind of network would reshape the industry.
“Sell your Internet bandwidth in a few clicks if you do not use it. By doing that, you will offer the chance for developers to build the product that will upend the VPN, data protection, CDN, mass data collection markets to name but a few,” says Dmitri Rusakov, CEO at Privatix that developed Temp-mail.org, a popular temporary email service.
Challenges for the Internet
There is a forecast of 5 billion Internet users worldwide in 2020, from 3.4 billion in 2016. The immense growth of Internet popularity is accompanied with strict limitations imposed by regulatory bodies including censorship, poor mobile connection and low-speed Internet access.
Guys at Privatix say that ignoring the Network Neutrality principle is the key issue of the Internet of today. The Network Neutrality concept suggests that telecommunication service providers not favor some websites or app classes over other. In other words, there should be equal possibilities of access to the Internet without any deceleration and blocking of access to web services, for one entity in favor of the other.
Governments and cybercriminals permanently collect user data and trace people; the right for private life and correspondence are not respected. And these are just a few problems that need to be addressed. The level of tech solutions for today cannot leverage the risks of low cybersecurity. The damage incurred by cybercriminals was $3 billion in 2015, and is expected to go up to $6 billion in 2021, according to Cybersecurity Ventures.
Connection rates are another problem. You can see an average Internet bandwidth differ radically across different regions worldwide. However, there is an evident trend in the exponential growth of the amount of content due to improvements in its qualitative features that stem from the emergence of new standards such as HD, Full HD, and others.
No solutions so far. Why?
VPN technologies can solve the network neutrality problem in technological terms; however, the existing centralized VPN providers have some drawbacks. Monitoring the market you can see their false statements on 100% anonymity, sales of user information and increased prices because of tight competition and marketing investments instead of investing into product development. It is dubious whether the environment where VPN providers operate can maintain confidentiality to the full extent. But a common user has to pay much for the existing VPN solutions because the today’s market cannot offer any reasonable alternatives.
“Privatix Network will reduce costs and increase profits on the VPN consumer market, eliminate intermediary services and enable people to share their Internet bandwidth by means of P2P sharing, which would enhance the total efficiency of information exchange on the Internet. We will open up new prospects for developing of network-based apps and services related to CDN, data collection, Business Intelligence, anti-censorship SDKs for apps, and other,” state Privatix team members.
The Privatix team has published their whitepaper that reviews a concept of the decentralized, autonomous P2P-network on blockchain with its own crypto economy, to create the world’s first Internet bandwidth marketplace.
The whitepaper reads: “The network will consist of thousands or even millions of exit nodes all over the world.”
The decentralized network will serve as a decentralized, anonymous, fast and cheap way of exchanging idle traffic with direct payments to the bandwidth owner; besides, the network can serve as a basis for CDN blockchains, IP address marketplace, an anti-censorship SDK for developers and even mobile app monetization tools.
What is the project about
Privatix plan to build a VPN network based on the Ethereum blockchain, which will help solve the problems of Internet censorship and security, and will make Internet connection faster due to a total high capacity of the unused bandwidth. The fixed-emission PRIX token will be used as the only means of exchange between Privatix network users, and all bandwidth buy/sell transactions will be effected by using that token.
PRIX based on the Ethereum ERC20 standard will be an integral part of the Privatix network and its key purpose is to be the medium of exchange between network members.
The project is aimed at creating a decentralized autonomous network on blockchain. In prospect, the team plans to develop a range of network-powered products to show the money-generating potential of the Privatix network. The in-house products are needed to demonstrate major features of the new platform and raise money from utilizing their own network on early stages. The project team believes their solutions are going to change the VPN and CDN markets, online data protection, large-scale data collection and other fields.
A distributed block-proof blockchain-based VPN will be the first product that the team is going to focus on.
“We are sure our product will fix the problem of cybersecurity and Internet censorship for good. We are going to revolutionize the VPN market, enabling people to use a free VPN if they share their bandwidth with other people, or earn $5-$10 a year, which is 10-20 times cheaper than the cost of VPN services of today.”
Privatix is preparing for the Token Sale scheduled for 19 October 2017, 14:00 UTC. They had a successful early-bird presale campaign and now they are registering prospective contributors on the Whitelist to be completed on 17 October.


At MWC, Mobile World Conference, from 25 until 28 February 2019, the GSMA or Global System for Mobile Communications will host a range of seminars aiming to provide insights and updates on several topics, such as:
Mobile Connect, 5G, IoT, Future Networks and identity.
During these 4 days seminars, IDEMIA participates in both events: At MWC with the booth #6H30 and on the GSMA seminar presenting the following topics:
- FUTURE PROOFING THE INTERNET OF THINGS – IOT SECURITY TODAY AND TOMORROW
Idemia’s director of standarizantion – Remy Cricco will expose its perception on Tuesday 26th February at 3:30 PM.
- ESIM SEMINAR; FROM SPECIFICATIONS TO LIVE PRODUCTS
Second apparition will be held by VP of Digital Domains, Connectivity and IoT Security – Emir Aboulone on Thursday 28th February at 9 AM.
For more practical information and visitors opening hours visit: http://mwc.idemia.com/


Telecommunications is a crucial Learn More market in global growth, wealth, and advancement. In this digital age, face-to-face relationships have been changed by laptop screens and telecommunications systems. The telecoms sector is helpful this speedy shift in working placements and keeping communities connected. Just about every sector today requires a reliable means of transmitting info or contacting. Regardless of the kind of job, it can be a lucrative career.
The telecoms industry is certainly comprised of 4 major important. The largest of those is ” cable ” telecommunications service providers, which present cable TV and Net services, and landline cell phone services. These businesses route content material over wires and control access to that. In some cases, they will share sites with other organizations. These companies do not produce content material and do not contend with each other. The growth of the sector is likely to continue, and the industry is definitely stable.
The telecommunications market faces many challenges. Moreover to deregulation, the industry still has a number of obstacles that must be dealt with in order to stay competitive. For example , the telecoms market is highly risky. New technologies, such as wireless technology, could affect the market in a way that makes it more difficult for companies to sustain a profitable business model. Even though the telecommunications sector is growing for a rapid rate, many telecommunications companies are not meeting these challenges. This means that buyers should be affected person with their investment funds.


The Whacker SSH116 Siren Speaker provides a new standard in compact siren speakers. These speakers offer amazing performance in a package of only 3.5" thick. With a full 100 Watts of warning power this speaker when combined with a 100 Watt siren will move traffic out of your way when you respond to a call. Installation SSH116 speaker takes minutes with the easy to install universal "L" shaped mounting bracket.
This product is backed by a Whacker 5 Year Standard Warranty