NSRC team provides RTL Logic Design services for FPGA or SOC for its customers worldwide. Applying latest industry standards, NSRC formulate and document coding for RTL Designs. We have in-depth expertise in Front-end RTL Design and SOC integration for a variety of industry verticals.
Our team of design engineers have in-depth experience in various aspects of the RTL design flow on chips used in the networking, processors, multimedia, mobile and automotive industries. NSRC knows how to balance current designs along with standard IPs and with more than 10+ years of experience on designs going up to multi-million gates, has made it a respected name in the industry with a reputation as the leading RTL design services provider for highly complex designs.
Our RTL Design team has an in-depth detailed understanding of RTL design, synthesis, static timing analysis, formal verification, PLDRC, clock domain crossing, and low power techniques. They closely collaborate with architecture team to define micro-architecture for various blocks of DSP core, develop RTL for multiple logic blocks of a DSP core and sub-system for SoC integration, run various frontend tools to check for linting, clock domain crossing, work with physical design team on design constraint and timing closure, work with low power team on power optimization and work with verification team to collaborate on test plan, coverage plan, and coverage closure. They are experienced in latest RTL languages and tools, including: simulation systems (e.g. Modelsim, VCS), static timing tools (e.g. Prime Time) and synthesis tools (e.g. Design Compiler, Physical Compiler).
- The academic education provides a student with strong fundamentals, but the students lack the relevant technical skills required by the industry. This forms gap in achieving right carrier in industry, we at NSRC perfectly understand this gap and are focusing on this need by providing technological skills for the aspiring young engineers in bridging the gap between Academic and Industry.
- NSRC is right place to get trained, and bridge this gap through training with real time experienced faculty. During the last Ten years we have worked closely and monitored IT industries trends and have clearly understood the expectations of the industry and the short comings in the prospective employees. This enabled us to constantly monitor the learning curve of the students and map the same to the industry requirements.
All these requirements combined with the well planned course structure, labs and course assignments, helps the students to gain all important skills and technologies in VLSI and Embedded domain. The industry standard final projects add required knowledge of understanding the entire project life cycle followed in industries. In addition to the technical skills, we also teach effective writing and communication skills along with the presentation techniques to produce industry ready professionals with required attitude and good learning aptitude.
Training Certification The students who have successfully completed the choosen course will be issued a certificate by NSRC [AN ISO Certified Company] The certification will be purely based on performance in the course assignment, attendance, punctuality, analytical and verbal skills, project presentation etc.
Our expertise ranges from design of companion FPGA with a few hundred gates to SoC designs with FPGA.
NSRC FPGA development team is capable of delivering fully validated ready to deploy FPGA solutions based on a set of requirements from the customer. Our expertise ranges from design of companion FPGAs with a few hundred gates to SoC (System on Chip) designs with multi-million gates FPGAs.
- FPGA design and synthesis for custom specifications. FPGA design for memories, memory controllers, bus interfaces, multiplexers, FIFOs and other functional blocks in a system for modeling/simulation and functional verification.
- Intellectual Property (IP) development: Custom logic development and FPGA synthesis for on-board components used in boards designed for specific end use e.g. network cards, audio/video interfaces, device controllers, etc.
- System-on-Chip designs and implementation of standards
- Proof-of-concept: ASIC verification in FPGA
- Translation services (Re-targetting)
- ASIC –to-FPG
- NSRC leverages its extensive expertise in hardware & software work partitioning for optimum performance and cost
- Experience in low, medium and high complexity designs
- In house board and software development teams for building validation boards and test software
- Well established and proven design methodologies & review processes
- Long term support contract for product maintenance and enhancements


- BY JEFF NESMITH
Cox News Service
- Via Cox News Wire and New York Times News Wire
Moving in Washington and financial categories for release Sunday, June 19, 2005
WASHINGTON — Updated versions of the little red and green indicator lights on tape recorders and VCRs are about to become a shining example of how the world can save energy and reduce pollution. Recent scientific breakthroughs are bringing a new generation of light-emitting diodes that can produce bright white light to the market. Many believe that in only a decade or two, LEDs will replace conventional lighting the way Thomas Edison's electric light bulb swept aside the gaslights of the late 19th century. "It's getting there," said Fred Schubert, a Rensselaer Polytechnic Institute physicist who recently co-authored in the journal Science a review of recent developments in the technology.
While incandescent bulbs produce light by heating a filament until it glows, and fluorescent tubes light up when electricity excites the gases they contain, LEDs produce light more directly. An electric current passed through a specially designed semiconductor chip is converted directly to light, without wasting energy in the heat familiar to anyone who touches a lighted bulb. For decades, LEDs produced only weak light. But "now it's getting stronger and stronger," Schubert said. "One could say that the technology is moving up the intensity chain."
Although the cost of manufacturing LEDs, also known as solid state lighting, is still several times higher than conventional incandescent and fluorescent lights, it is falling rapidly. And LEDs have several advantages over their older rivals:
- They are efficient. In terms of the amount of light they produce from a given amount of electricity, LEDs have passed incandescent light bulbs and are challenging fluorescent lights.
- Schubert and Jong Kyu Kim, also of Rensselaer, estimated that LEDs could cut the amount of electricity used for lighting in America in half. That would eliminate the need for about 29 large power plants and reduce "greenhouse gas" emissions by 30 to 40 tons of carbon a year, according to a 2001 study by scientists at Sandia National Laboratories.
- They are durable. Unlike glass bulbs and tubes, solid-state lighting is built around rugged superconductors and wafers, making them cheap to handle, pack and ship, and giving them exceptionally long life.
- They produce what researchers call "high spectral quality," meaning white LEDs are more pleasing to the eye than fluorescent tubes.
Despite these advantages, the federal government has shown only limited enthusiasm for LED technology. The Bush administration asked Congress for $5 million in research funding in fiscal 2004 and $10.2 million this year.
In their Science article, Schubert and Jong describe applications that take advantage of the fact that solid-state light can be "tuned" to achieve specific purposes. For example, adjusting the blue wavelengths that sleep researchers believe regulate human sleep cycles may one day reduce dependence on sleep-inducing pharmaceuticals.
Wavelengths the human eye cannot discern could be mixed into automobile lights so that cars could communicate with each other and "read" emergency actions such as sudden braking. "Smart" traffic lights could detect the approach of a car and regulate reds and greens to make traffic flow more smoothly.
One application that could rapidly improve the lives of more than a billion people is off to a slow but determined start, even though U.S. agencies like the Energy Department and the U.S. Agency for International Development have declined to provide supporting funds. An $25 LED lamp with a built-in solar panel about the size of a paperback book could provide focused "task lighting" for reading or sewing, said Evan Mills, a researcher at the Energy Department's Lawrence Berkeley National Laboratory in California. A day outdoors — even a rainy day — will let the solar panel recharge the lamp's two AA batteries so that it can be operated several hours at night.
He said a new company, Ignite Innovations, is developing a plant in India to manufacture the lights and will team with nonprofits to provide the lamps. But the lamp will not depend on a charity-based system to spread throughout the world, Mills believes. More than 500 million households around the world lack electricity, so the market potential for LED lighting is enormous. Developing nations may also save money in building out power networks. Each lamp pays for itself in savings on kerosene or other fuels within a year, he said by telephone. "After that, it is an annuity," he said. "People will have money in their pockets for luxuries like food."
(Story can end here. Optional add follows.)
Although the first practical demonstration of LED light was made by a scientist at General Electric in 1962, it has only been in the past few years that Schubert and others have devised workable white lights. The first concrete step toward that goal came in the 1990s, when a Japanese researcher found a combination of semiconductor materials that glowed with a pure blue light. Blue, mixed with other colors, can create white light.
Yet early efforts to take advantage of that breakthrough were frustrating, according to Arpad Bergh, president of the Washington-based Optoelectronics Industry Development Association. For example, mixing some blue and yellow wavelengths produced a light that looked white, but objects viewed under the light did not have their true color. Red appeared to be black.
During the past two or three years, laboratories raced to find the combination of semiconductors that would generate white light with color integrity. At the same time, the governments of Japan, Taiwan, South Korea and several European countries began setting up government-industry consortia in hopes of grabbing market share when the technology arrived.
Jeff Nesmith's e-mail address is jeffn(at)coxnews.com


Hey there! Have you ever attended a festival or outdoor event and wondered how they manage to keep thousands of people safe? Well, buckle up because today we're diving into the world of festival security and the critical role that technology plays in ensuring our safety. From surveillance cameras to crowd control systems, it's fascinating how advanced technology has become an integral part of keeping us secure during these exciting and bustling events. So, grab your popcorn and get ready to uncover the secrets behind festival security!
1. Stay alert and aware of your surroundings at all times. Use technology like mobile apps or wearable devices to quickly report any suspicious activity to festival security staff.
2. Take advantage of innovative screening methods to minimize the risk of weapons or dangerous items entering the festival. Utilize technologies like facial recognition or metal detectors to ensure a safer environment for everyone.
3. Stay informed about emergency protocols and utilize technology to access real-time updates on weather conditions, evacuation procedures, and emergency contact information. This will help you stay prepared and make informed decisions in case of any unexpected situations.
4. Embrace the power of communication technology to stay connected with your group in crowded and chaotic festival environments. Utilize features like GPS tracking or designated meeting spots to ensure everyone's safety and prevent getting separated from each other.
Choose tech solutions for improved festival security
With the advancement of technology, festival organizers now have a plethora of options to choose from in providing enhanced security at their events. In today's fast-paced world, technology plays an integral role in ensuring safety and security at festivals and events. By embracing these technologies, they can create a safer and more enjoyable experience for attendees.
One such tech solution that has gained popularity is the use of facial recognition software. This cutting-edge technology allows organizers to quickly identify potential threats and track suspicious individuals. By integrating this software with the existing security systems, festivals can better monitor crowds, identify potential risks, and prevent any untoward incidents.
Another tech solution that can greatly improve festival security is the utilization of drones. Drones equipped with high-resolution cameras can provide a bird's eye view of the entire festival grounds, helping security personnel monitor large crowds and detect any unauthorized activities. With real-time aerial footage, organizers can swiftly respond to any security concerns, ensuring the safety of both performers and attendees.
It is crucial that festival security embrace technology in order to make the festival experience safe and enjoyable for everyone. From facial recognition software to drone surveillance, these tech solutions have proven to be valuable assets in maintaining crowd safety. By choosing these innovative technologies, festival organizers can stay one step ahead, ensuring that security remains a top priority at every event.
security solutions that are tailored to your festival
When organizing a festival, ensuring the safety of attendees is a top priority. One crucial aspect of festival security is the implementation of tailored security solutions. By understanding the unique needs and challenges of each festival, technology can play a significant role in enhancing safety measures.
Security solutions that are customized to the specific festival can provide a more effective and efficient approach. For instance, by carefully assessing the event's location, organizers can determine the appropriate surveillance systems and access control measures. This tailored approach allows for better monitoring of crowd movements and potential security threats. Additionally, incorporating technology like RFID wristbands or mobile ticketing systems can streamline entry procedures while minimizing the risk of counterfeiting.
In recent years, advancements in technology have significantly contributed to enhancing festival security measures. For example, drones equipped with cameras have proven to be invaluable tools for monitoring large crowds and identifying potential emergency situations. Likewise, mobile apps that offer features like live tracking and emergency notifications provide attendees with a direct line of communication in case of any safety concerns. By leveraging technology in these ways, festivals can create a safer environment for everyone to enjoy.
It is no longer enough to utilize traditional security methods to ensure the safety of festivals. Technology has become an integral part of festival security. By tailoring security solutions to the specific requirements of each event, organizers can effectively address potential risks and optimize their security resources. Whether through advanced surveillance systems, innovative ticketing methods, or user-friendly mobile apps, technology plays a crucial role in creating a secure and enjoyable festival experience for all.
2. Utilize technology to enhance safety
Utilizing technology to enhance safety has become increasingly important in ensuring the security of festival-goers. With the advancements in technology, event organizers now have the means to effectively monitor and address potential security risks. One way in which technology has been utilized is through the implementation of surveillance cameras throughout festival grounds. These cameras not only act as a deterrent for criminal activity but also provide organizers with valuable footage that can help identify and apprehend any wrongdoers.
Another technology that has made a significant impact on festival security is the use of radio-frequency identification (RFID) wristbands. These wristbands are equipped with a microchip that contains personal information of the wearer. By utilizing RFID technology, festival staff can quickly and efficiently verify the identity of attendees, minimizing the risk of unauthorized entry or fraudulent tickets. In addition, RFID wristbands can be used to track the movements of festival-goers, allowing organizers to respond promptly to any emergencies or potentially dangerous situations.
Technology also plays a vital role in communication during festivals. Mobile apps and push-notification systems enable event organizers to relay important information to attendees in real time. Whether it's a change in schedule, severe weather updates, or emergency evacuation procedures, these technological tools ensure that festival-goers are kept informed and safe. Furthermore, the use of social media platforms during festivals has also proven to be an effective way for attendees to stay connected and share important information with each other and event organizers.
Incorporating technology to enhance festival safety has revolutionized the way in which events are organized and executed. From surveillance systems and RFID wristbands to mobile apps and social media, technology has empowered event organizers to provide a secure and enjoyable experience for festival-goers. By embracing these technological advancements, the festival industry continues to evolve, ensuring that safety remains a top priority for all.
2.Benefits of increased security through technology
Festivals are often a highlight of the year for many people. From the lively music to the vibrant atmosphere, these events bring a sense of joy and unity. However, amidst the fun-filled chaos, organizers must prioritize safety and security. This is where the benefits of increased security through technology become invaluable.
One of the main advantages of technology in festival security is the ability to monitor and control crowd movements. With the help of surveillance cameras and tracking systems, security personnel can quickly identify potential risks or hazards. This proactive approach allows them to take immediate action, ensuring the safety of festival-goers and preventing any potential threats from escalating.
Additionally, technology provides organizers with real-time updates and alerts. By using automated systems and advanced software, they can monitor crowd density, weather conditions, and even detect any suspicious activities. These insights empower them to make informed decisions and effectively allocate resources where they are most needed. As a result, festival-goers can enjoy the event with peace of mind, knowing that their safety is being prioritized through the smart use of technology.
In a world where festivals are increasingly becoming targets for security threats, understanding the role of technology in ensuring safety has never been more crucial. From sophisticated surveillance systems and facial recognition software to crowd monitoring and emergency response apps, advancements in technology present us with powerful tools to protect both event-goers and organizers. By embracing innovative solutions, we can not only enhance the security measures implemented in festivals but also create a safe and unforgettable experience for everyone involved. As we celebrate the unity and joy that festivals bring, let us also remember the intrinsic value of technological advancements in safeguarding these vibrant gatherings. Together, let us harness the power of technology to preserve the beauty of our cultural celebrations and give security the center stage it deserves.


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How does YouTube find related videos? How does a Google search find results in less than half a second? How does a music app find similar artists?
Jessie Chavez, a Google software engineer in the company's Chicago office, discussed questions like those on May 16 during a presentation at Washington Middle School called "You Can Do Computer Science." Coordinated by Google and the STEM Partnership School at Aurora University, the event exposed more than 160 local eighth-grade students at three schools to the benefits of careers in science, technology, engineering and mathematics.
Chavez, a Chicago native born to immigrant Hispanic parents, told students that computer science offers them the opportunity to solve some of the world's most crucial problems - such as environmental sustainability, poverty, hunger and homeland security. Additionally, five of the top 10 fastest-growing jobs and two out of the top three highest-paying careers will be in computing-related fields in the near future, he said.
Computer science has applications in a wide variety of fields, including gaming, sports, fashion, medicine and music, Chavez said.
"The message we're trying to send is that computer scientists come in all shapes and sizes," he said. "We want to move past the Hollywood image that says you have to be a computer nerd to do this."
The Google presentation at Washington Middle School extends the technology giant's relationship with the proposed STEM Partnership School at Aurora University. Last month, the company invited Aurora students to the grand opening of the Google Art Project at the Art Institute of Chicago.


Cycle the Water Pump. Open a faucet close to the pump. Allow it to cycle completely. When the pressure drops, the switch may fail to close. This would indicate that the internal spring is bad. The switch needs to be replaced. Don’t touch the water while it’s energized. If you see sparks, remove power.
Inspect the pressureswitch Access the control board and inspect if the switch is stuck due to any blockage, a wire disconnection or any kind of mechanical jam. You may also need a multimeter to test the resistance of the switch. Unclog any blockage you discover, reattached any disconnected cable or replace the faulty switch.
This is when the high limit switch signals the blower motor to turn off. See Also: Thermostats The High Limit Switch’s Second Job. The high limit switch is also an extremely important safety device inside your furnace. When the furnace begins running, the switch’s role is to turn on the blower fan when the supply air gets hot enough.
(6) someone has sucked on the pressure switch with their mouth or forgot to unhook the pressure switch from the furnace before using a vac on the furnace. Sucking on the pressure switch or leaving a pressure switch attached to the furnace when vacuuming out the condensate line will ruin the diaphragm on the pressure switch.
Goodman GMSS96 Furnace Troubleshooting. • Furnace falls to operate. • No 115 volt power to furnace, or no 24 volt power to integrated control module. •Manual disconnect switch OFF, door switch open, or 24 volt wires Improperly connected or loose. •Integrated control module diagnostic LED provides no signal.


THE SOUND OF NORTH
Pat Matson Knapp
While wayfinding tools for the sighted are advancing by leaps and bounds, how does this serve those who are visually impaired? This week's Feature article "The Sound of North", from the recent issue of , looks at the work of David Sweeney, a Royal College of Art researcher using digital technology to provide wayfinding solutions for the visually impaired. From tactile maps to radio-frequency identification (RFID) torches, these new tools can help us "ensure that each and every one of us has total access to all that lies ahead."
New technologies such as RFID tags, Quick Response codes, and Wi-fi routers are dramatically altering wayfinding solutions for the sighted, but digital way finding tools for the visually impaired have been slower to develop.
David Sweeney, a research associate with London's Royal College of Art, is changing all that.
Working in the RCA's Helen Hamlyn Center for people-centered design, Sweeney - an electronics engineer who earned his master's degree in industrial design from RCA - set out to research how new digital technologies could be used to create wayfinding solutions for the visually impaired.
He developed prototypes for three navigation systems that have captured the attention of institutions such as the Victoria & Albert Museum, which has asked Sweeney to pilot them at the V&A.
"The work David is doing is very much in line with our commitment to inclusive design and providing information that is accessible to all," says Karen Livingstone, the V&A's head of projects. "We're very interested in the idea of visitors being able to use their mobile or Blackberry technology to access our exhibitions - and eventually do away with the need for paper."
Most wayfinding solutions are geared to the needs of people with good eyesight, says Sweeney. "Where systems have been designed for low-vision users, they're generally limited to audio loops that can be expensive to install or Braille, which only a small percentage of people can read."
But the rapid development of wireless technology and the high uptake of personal electronic devices provide new options for the visually impaired. Sweeney has explored how these technologies could be harnessed to enable new forms of navigation that rely less on sight and more on the other senses.
Sweeney's devices use what he calls "near-future" technologies, those that are or soon will be accessible to most people. Using the devices, users access wayfinding information that can be stored on the Internet to provide "blow-by-blow" directions in real time as the user walks through a space.
"People can also post their own directions or comments on a particular space and aid other users," says Sweeney. "And recipients can adjust the amount of information they want to hear."
A key objective in Sweeney's research was to develop concepts that would facilitate the four essential components of wayfinding: orientation, route decision, route monitoring, and destination recognition.
Sweeney tested the devices at the Vassall Centre, a flexible community building in Bristol, England, designed to provide a barrier-free working environment for voluntary organisations oriented to the disabled. (The research was funded by the Audi Design Foundation based on the Vassall Centre's request for wayfinding solutions for its visually impaired users.)
Talking Tactile Map
The Talking Tactile Map combines a physical object with voice information to describe a building using hearing and touch. The shape of the map is a simplified version of the footprint of the actual space. Corridors are indicated by channels, while exits and entrances are indicated by ramps. A large stainless steel ball serves as the "you are here" indicator.
When a user touches the map, he or she hears a spoken description of the function located at that point. The longer the person's finger stays on the spot, the more information they receive. This approach allows the visitor to quickly scan through all the building's functions and services.
At the Vassall Centre, the map is connected to a video screen that displays the information as it's spoken, providing aid to hearing-impaired as well as vision-impaired individuals. User feedback from the testing helped improve the style and depth of the information provided, says Sweeney. The information is stored online, where it can be edited remotely by center staff.
Above: A Google Maps image shows how the talking tactile Map replicates the buildingÂs footprint.
Above: David Sweeney's talking tactile Map is a simplified version of the building footprint, with channels indicating corridors and ramps indicating exits and entrances. A stainless steel ball serves as the "you are here" indicator.
Recognising that tactile maps are static and stationery, and therefore facilitate only the first two wayfinding tasks (orientation and route decision), Sweeney focused on mobile navigation solutions.
The RFID Torch uses RFID (radio-frequency identification) tags as geographic markers. Each tag triggers the torch to speak the information describing that location. When the user lowers the torch and walks away, the description stops.
The markers are interfaces to unlimited quantities of information, accessible whenever the user needs it via a wiki-style website called WikiNav, an online database for location-based information.
The read range of the prototype device is about 15cm, but as RFID technology progresses and Digital Signal Processing systems improve, the range will increase to useful levels, says Sweeney. For Internet access, the torch connects to a mobile phone through a Bluetooth link, but as Near Field Communication technology becomes standard for most mobile phones, an external torch device will soon become unnecessary.
Above: The RFID torch uses RFID tags as geographic markers.
Each tag triggers the torch to speak the information describing that location. The descriptions stop when the user lowers the torch. Image: Courtesy David Sweeney
The Smart Camera relies on user-owned, camera-equipped mobile phones or MP3 players, along with Internet access.
The system uses Quick Response codes, two-dimensional barcodes that can be read by a mobile phone camera and interpreted into directions. These black and white icons contain digital information that is instantly decoded the moment the camera recognises them. Each icon contains a URL address, which directs the attached mobile phone to retrieve the information stored there. The information is stored digitally and can be communicated in a variety of different ways - visually, aurally, or haptically. During the trials, the Smart Camera communicated it as spoken information.
Above: Smart Cameras are sensitive to QR (Quick Response) codes, two-dimensional data matrices containing digital information that is instantly decoded when the camera recognises them. Each icon contains a URL address, and the URL directs an attached mobile phone to retrieve the information stored there. Image: Courtesy David Sweeney
Toward universal wayfinding
While Sweeney's goal was to improve the experience of the visually impaired user, he also embraced an inclusive design ethos that recognises there would be little benefit in designing a wayfinding system solely for their use.
"Instead of treating those users as a group removed from the wider mainstream, we should treat them as people who have an acute form of something that we all experience - an inability to locate relevant information when we need it."
Digital information has the potential to be accessible to all, Sweeney notes, and the trick is to design interface tools that deliver the information in the ways - and depths - required by different users.
And he says this is the single most important insight to emerge from his research. "We are constantly battling to filter out the important information from the superfluous. Inclusive wayfinding could be expressed in more simple terms, as the barrier-free access of relevant information that is delivered intuitively, on demand, and while mobile."
Essentially, Sweeney notes, wayfinding is just another type of information access. "If we can facilitate an efficient retrieval of information, through sight, sound, or other means, we will not only design improved wayfinding systems, but also improve any other system that involves information transfer, such as museums or other learning environments."
Pathfinder is Sweeney's solution. Pathfinder is an inclusively designed navigation and filtering tool for mobile devices and an online wayfinding community that provides detailed information about locations and services. With a geographic tagging standard in place and the emergence of location-based information sources, Pathfinder is the interface that allows access to information stored on WikiNav and similar sites. With Pathinder, users can customise the types and depth of information they want to received.
Above: Pathfinder is a navigation and filtering tool for mobile devices, a tag product, and an online information community. It allows users to customise the level and types of information they want to receive.
Digitally stored information can potentially be communicated in whichever format a user wishes: onscreen, translated into different languages, spoken aloud, or even conveyed as a series of more exotic stimuli. If users choose to hear this information as spoken text, they can speed it up, slow it down, adjust the emotional range of the speech, change the voice of the person speaking it, etc. It will also incorporate information depth control, which will allow the user to adjust the level and type of information to match his or her needs or experience with the space.
"It's inevitable that information technology will eventually pervade every aspect of our human lives," says Sweeney. "This project emphasises the importance of applying an inclusive design approach while the foundations of this world are being set. We have a responsibility to ensure that each and every one of us has total access to all that lies ahead."
This article originally appeared in segdDESIGN no. 23, 2009, and has been republished with permission.


The brand new Arccos Link Pro let’s you track your Arccos sensors without needing an Apple Watch. But how well does the new Link Pro reduce missed shots compared to the last generation?
In this comparison guide, I’ll go through the Arccos Link Pro vs Link Generation 2 in detail to help you decide which shot tracker is worth buying.
In short, the Arccos Link Pro offers a few key advancements over the Link Gen 2, such as in-pocket tracking and better shot recognition accuracy, at a modest price increase that is worth it for most Arccos users.
What is the Arccos Link Pro For?
Arccos Link Pro is a completely redesigned device launched by Arccos, designed to seamlessly track a player’s shots automatically without needing a phone. This third-generation product is about the size of a car key fob. It can be placed directly into a golfer’s pocket, eliminating the necessity of carrying a phone during play.
The device pairs with Arccos sensors and the Arccos app, and it works with all 2nd and 3rd-generation Arccos products, including:
PING Smart Sets
The all-new Arccos Link Pro features enhanced next-generation tech GPS. This wireless charging case can power the device for up to 12 rounds on a single charge and has a multi-mic configuration for highly accurate shot detection while in the player’s front pocket.
It also includes a pin set button for accurately marking the hole location. This device is permissible for use under the Rules of Golf and is available for retail at $224.99.
The Link Pro is compatible with iPhones running iOS16 and newer and Android devices running Pie 9.0, provided they have Bluetooth, gyroscope, and accelerometer capabilities.
With its innovative features and user-friendly design, the Arccos Link Pro aims to provide golfers with a precise, less intrusive, and always-ready solution for on-course shot tracking, catering to amateurs and elite pros alike.
New Features in the Arccos Link Pro
Arccos Link Pro, the latest offering from Arccos Golf, has several innovative features, making it a game-changer for golfers. Here are the new features in the Arccos Link Pro:
Works in Pocket: Automatically tracks shots without needing to carry a phone.
Wireless Charging Case: Provides up to 12 rounds on a single charge, enhancing user convenience.
Enhanced GPS: Features a new GPS chip for quick satellite lock and improved data accuracy on the course.
Multi-Mic Configuration: Ensures highly accurate, seamless shot detection while the device remains in the player’s front pocket.
Pin Set Button: Allows users to mark the hole location accurately while Link Pro is in the pocket.
The Arccos Link Pro is designed to be minor, lightweight, and weather-resistant, measuring less than 25 grams, and is compatible with iPhone and Android devices (sold separately).
Existing Arccos Link Features
The Arccos Link, a small, lightweight device, offers several features to enhance the user experience. Here are the existing features of the Arccos Link:
Automatic Shot Tracking: Seamlessly connects with Arccos sensors to record shot data automatically without needing a smartphone during play.
Enhanced Microphone Protection: Provides a more reliable experience by improving microphone protection for accurate shot detection.
Improved Clip Design: Includes a slot for users who wish to use a lanyard for added security.
Weather-Resistant and Lightweight: Small and lightweight, weighing less than 25 grams, and compatible with iPhone and Android devices.
Battery Life: Offers up to 10 hours and can be quickly charged via a standard micro USB cable (included).
Moreover, the Arccos Link is compatible with Arccos Smart Sensors, Arccos Smart Grips, Cobra Connect, and PING Smart Sets and is permitted under the Rules of Golf for the United States Golf Association.
It also allows Arccos members to access Arccos Caddie on their smartphones during a round for additional functionality.
Is the New Arccos Link Pro Worth It?
The new Arccos Link Pro offers several improvements that significantly upgrade over the previous Arccos Link device.
One of the main reasons it is worth it is pocket convenience. The original Link requires that you clip it onto your belt during play, whereas the new Link Pro can be left in your pocket for the entire round. This offers a more convenient and comfortable experience, as having a belt clip can be distracting during your golf swing.
As you can see in my picture below, the Link Pro is a fraction of the size of a standard iPhone Pro. When I put it in my pocket, I hardly notice it is there.
The new Link Pro also features a 12-hour battery life, compared to the 10-hour battery life of the previous Link device. It also comes with a wireless charging case, offering up to 12 rounds on a single charge and an easy and convenient place to charge at all times.
Lastly, the new Link Pro boasts improved microphones that increase shot-tracking accuracy. These new microphones help provide you with more reliable data from your golf game.
Why I Like The Old Arccos Link Gen 2 Better
After testing out both of these devices, the only reason you may consider the older Arccos Gen 2 over the new Link would be the additional cost. All of the features of the new Link Pro are welcomed and help provide you with a precise approach to every shot.
If you are budget-conscious and unsure if you will use it every round, then you should purchase the old Link Gen 2. We recommend trying out the new Link Pro if you want new sensors to provide the most accurate club distances.
When comparing the Arccos Link Pro with the Link Generation 2, it’s clear that the new Link Pro offers significant advancements that cater to the needs of modern golfers. In-pocket shot tracking is the number one thing that makes the Arccos Link Pro stands out as the superior choice on the golf course.
Whether you’re an amateur or a professional golfer, the Arccos Link Pro is designed to enhance your game by providing detailed, accurate shot data in a more convenient and efficient manner. For those debating the Arccos Link Pro vs Link Gen 2, the Pro version’s advancements make it a worthwhile upgrade, ensuring golfers have access to the latest technology to improve their game.


Main Article Content
Today, with the need of connecting information anytime, anywhere, especially mobile Internet and Internet of Things (IoT), this has set three important requirements:solving the number of connections, increasing the speed of access and higher security than current networks. The ITU-R team has developed contents that related to the technical specifications of the 5th generation (5G) mobile communication system called IMT-2020. In order to address one of the three major requirements of network operators, which is high availability connectivity, non-orthogonal multiple access technologies (NOMA) have been used to solve the problem. In contrast to orthogonal multi-access technology, NOMA serves a large number of users due to the non-orthogonal resource allocation. This article will introduce NOMA techniques and standards for peak data rates, user experience, bandwidth, reliability, latency, transmission capacity. . .
M.[IMT-2020.TECH PERF REQ], Minimum requirements related to technical performance for IMT-
2020 radio interface.
 Nguyễn Anh Tuấn, Nguyễn Đình Tuấn. Yêu cầu dịch
vụ và kĩ thuật thông tin di động 5G. Thông tin và
Truyền thông 2/2018.
 Đàm Mỹ Hạnh. NOMA – Kĩ thuật truy nhập phi trực
giao cho 5G. Thông tin và Truyền thông. 2/2018.
 Refik Caglar Kizilirmak. Non-Orthogonal Multiple
Access (NOMA) for 5G Networks. Intech. 2016.


Create your world
Chaos | A world leader in visualization and computer graphics
Chaos Group is a worldwide leader in computer graphics. They create the technology that helps artists and designers create photoreal imagery and animation for design, television, and feature films. Their physically-based rendering and simulation software is used daily by top design studios, architectural firms, advertising agencies, and visual effects companies around the globe.
Chaos Group research and development in cloud rendering, material scanning, and virtual reality is shaping the future of creative storytelling and digital design.


Department of Electrical & Electronics Engineering
The department is established in the academic year 2009-10. Experienced faculty is available in the cadre of professors, Associate Professors, Assistant Professors according to the norms of the university. The department has established several laboratories with advanced and modern equipment,tools.All the labs are spacious, well established and equipped with the required machinery such as DC and AC generators and motors, Transformers, Rheostats, Voltmeter and Ammeter (both digital and analog).
Networks Lab Fluid Mechanics and Hydraulic Machines Lab
Electrical Machines Lab Power Electronics Lab
Control Systems Lab Simulation of Electrical Systems Lab
Electrical Measurements Lab


Understanding the collective dynamics of crowd movements during stressful emergency situations is central to reducing the risk of deadly crowd disasters. Yet, their systematic experimental study remains a challenging open problem due to ethical and methodological constraints.
In this paper, we demonstrate the viability of shared three-dimensional virtual environments as an experimental platform for conducting crowd experiments with real people. In particular, we show that crowds of real human subjects moving and interacting in an immersive three-dimensional virtual environment exhibit typical patterns of real crowds as observed in real-life crowded situations. These include the manifestation of social conventions and the emergence of self-organized patterns during egress scenarios. High-stress evacuation experiments conducted in this virtual environment reveal movements characterized by mass herding and dangerous overcrowding as they occur in crowd disasters. We describe the behavioural mechanisms at play under such extreme conditions and identify critical zones where overcrowding may occur. Furthermore, we show that herding spontaneously emerges from a density effect without the need to assume an increase of the individual tendency to imitate peers. Our experiments reveal the promise of immersive virtual environments as an ethical, cost-efficient, yet accurate platform for exploring crowd behaviour in high-risk situations with real human subjects.


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MPEG-2 Compression Technology
MPEG-2 compression format and technology.
This article partially cites Wikipedia. The link to the original article is located at the bottom of this page.
MPEG-2 is a popular standard for audio/video compression. MPEG-2 is widely used as the format of digital television signals that are broadcast by terrestrial (over-the-air), cable, and direct broadcast satellite TV systems. It also specifies the format of movies and other programs that are distributed on DVD and similar disks. As such, TV stations, TV receivers, DVD players, and other equipment are often designed to support this standard. MPEG-2 was the second of several standards developed by the Moving Pictures Expert Group (MPEG) and is an international standard (ISO/IEC 13818). Parts 1 and 2 of MPEG-2 were developed in a joint collaborative team with ITU-T, and they have a respective catalog number in the ITU-T Recommendation Series.
MPEG-2 includes a Systems section, part 1, that defines two distinct, but related, container formats. One is the Transport Stream, designed to carry digital video and audio over possibly lossy media, such as broadcasting, examples of which include ATSC and DVB. MPEG-2 Systems also defines Program Stream, a container format designed for reasonably reliable media such as DVDs. MPEG-2/System is formally known as ISO/IEC 13818-1 and as ITU-T Rec. H.222.0.
The Video section, part 2 of MPEG-2, is similar to the previous MPEG-1 standard, but also provides support for interlaced video, the format used by analog broadcast TV systems. MPEG-2 video is not optimized for low bit-rates, especially less than 1 Mbit/s at standard definition resolutions. However, it outperforms MPEG-1 at 3 Mbit/s and above. All standards-compliant MPEG-2 Video decoders are fully capable of playing back MPEG-1 Video streams. MPEG-2/Video is formally known as ISO/IEC 13818-2 and as ITU-T Rec. H.262.
The MPEG-2 Audio section, defined in part 3 of the standard, enhances MPEG-1's audio by allowing the coding of audio programs with more than two channels. This method is backwards-compatible, allowing MPEG-1 audio decoders to decode the two main stereo components of the presentation.
Part 7 of the MPEG-2 standard specifies a rather different, non-backwards-compatible audio format. Part 7 is referred to as MPEG-2 AAC. While AAC is more efficient than the previous MPEG audio standards, it is much more complex to implement and somewhat more powerful hardware is needed for encoding and decoding. Advanced Audio is also defined in Part 3 of the MPEG-4 standard.


FOR THE WEEK OF MAR. 19, 2018
U.S. and others explore ways to reduce space clutter that poses risks in orbit
Read about another environmental concern (down here on Earth) and describe it.
Share a quote or fact from other science or technology coverage.
Pick an article from a distant place, though closer than space obit, and tell why it's in the news.
A rocket that sent the first satellite into space from Russia in 1957 became Earth's first piece of man-made space junk when it released Sputnik into orbit and turned into useless debris, circling the planet until it broke up and fell back into our atmosphere. Sixty-one years later, spent rockets, old satellites and fragments from collisions of those castoffs clutter low-Earth orbits and worry scientists. Many pieces of looping junk, which orbit at speeds up to 17,000 miles per hour, are big enough to seriously ding working satellites, the Hubble Space Telescope and the International Space Station.
Since Sputnik, America, Russia, Britain, China, India and others have launched thousands of satellites for communication, navigation, weather forecasts, research, photography and national security. And in an era of smaller satellites – some just the size of a food can – many thousands more are set to launch to low-Earth orbit in coming years. Our government has two offices – one at the NASA space agency and the other at the military's U.S. Strategic Command – that track 24,000 objects of varied size.
New satellites are supposed to be designed for a lifespan of about 25 years before burning up in the atmosphere. Proposed remedies for existing trash include using magnets to draw old satellites into "graveyard obits" away from working craft. Researchers also explore more dramatic methods, such as sending robotic spacecraft to grab large objects with a harpoon-like hook, deploying giant nets to collect the waste and using destruction methods to pulverize them into less risky bits that fall from orbit and burn up from the heat of atmospheric re-entry. In 2007, China hit one of its inoperative weather satellites with a missile, creating smaller bits of debris. A new research paper from China's Air Force Engineering University, based on a simulation test, describes how space garbage could be zapped by space-based lasers to reduce its size. Newsweek magazine calls that "an audacious proposal," and it's one that makes U.S. officials skittish. "They're building those capabilities to challenge the United States of America, to challenge our allies," Air Force Gen. John Hyten warned last year. "We cannot allow that to happen."
Engineer says: "The problem might make some regions of space unusable in the future, and that would impact everybody — everybody who uses a mobile phone, who gets television, who relies on weather forecasts." – Holger Krag, European Space Agency specialist
U.S. Air Force says: "They've [China] been building weapons, testing weapons, building weapons to operate from the earth in space – jamming weapons, laser weapons." – Gen. John Hyten on CNN
British specialist: "For some people, space debris is one of these things that is out of sight, out of mind. But from my perspective, it is one of the worst environmental catastrophes that we have encountered." – Hugh Lewis, aerospace engineering at the University of Southampton (United Kingdom)
Front Page Talking Points Archive


Laptops are portable computers that we can use anywhere. Swordfish don’t rely on mains electricity like personal computers. However, there are times when a laptop cannot be charged. Here is the explanation of the reasons why laptop not charging.
1. Charger Plug Problem
One of the reasons why laptop not charging is that the charger plug is not plugged in properly. Make sure that the charger plug on the laptop is properly attached to the socket. In addition, it causes a loosening of the connection between the wall socket and the charger plug.
If the connection between the socket and the charger plug is loose. It is necessary to have a connector to be able to connect properly. For example, a three-legged plug. This plug requires a special connector to be able to connect with a standard socket.
2. Charger Cable Problem
Damage to the invisible charger cable can be a problem for why laptops not charging. For example, the damage is in the form of broken insulation, the smell of burning plastic, and torn charger cable.
The cable that is in the wrapping jacket can also be broken. Thus, these conditions can lead to why the laptop does not charge power. This happens because of the strong pull on the cable. And, make the cable cut off in a wrapping jacket.
3. Charger Adapter
Some adapters on laptops can detect problems with the power supply components. For example, there is an instability in the current that causes danger to the power supply.
To avoid serious problems, the laptop charger adapter will stop working for a few moments. Universal charger adapters (not original) can not detect power supply component problems. Thus, there are many problems with smoky charger adapters. Because of the element that is burning.
4. Problems With Laptop Connections and Laptop Batteries
Some laptops have a battery feature that can be easily removed. Battery discharges do not use special tools. However, only by unlocking certain locks on the bottom of the laptop.
When the connector is damaged, for example there is dirt or liquid. It will disrupt the power supply from the charger to the laptop. If ignore this, there will be damage to other components.
5. Laptop Battery
A laptop battery that is used for a long period of time decreases the power storage function. Characterized by a fast battery capacity runs out and a long charging process.
A long laptop battery will not be able to save power. Thus, a laptop that is charged will not be charged. This is the reason why laptop not charging.
6. Laptop Overheating
Overheating is excessive heat that occurs on a laptop. This causes why laptop not charging. The battery has stopped suddenly due to excessive heat on the laptop.
The right way to overcome this problem is to let the system cool down first. Ensure that air vents are unobstructed. Thus, laptops can charge in a cold state.
7. Battery Driver
Drivers that are not optimal can cause laptop not charging. Because the driver is integration between laptop hardware and software. Therefore, this problem come from an installed operating system can’t integrate a laptop charger with an attached battery.
Thus the explanation of the reasons why laptop not charging. This can be a consideration for laptop users if you get the problem. Users will get a solution to overcome the problem of why the laptop not charging.


ABOUT C7 GAMES
C7 Games was founded by games industry veterans to quietly experiment and explore the entertainment and gaming possibilities of mobile Augmented Reality. During those explorations we developed our own Proprietary Augmented Reality Technology that solves for scale and occlusion.
GPS. Mobile devices. Augmented Reality. The convergence of these three technologies has opened the door to unique new creative possibilities in entertainment and applications that could only be dreamed about a few short years ago. C7 Games has been patiently experimenting, watching, developing and exploring as this new technological wave has been building.
We've always believed that mobile would be the platform that would start it all for AR.
Sometimes you just need to see it to believe it.


Did you know that iTunes can sync up to 20 IOS devices at one time? You just have to make sure that you've got the right hardware. You have some options when it comes to hardware for syncing your devices. Here are two examples that I have used that have worked nicely for me.
The Bretford syncing cart - @ $2,000 or so, this is an expensive, but very convenient option. The cart holds 2 trays of 20 iPod touch devices each. There is one USB for each tray so syncing is somewhat easy. They also make a cart that charges iPads as well.
The powered USB hub - This Tripp-Lite 10 port powered USB hub runs about $40.
This will charge and sync up to 10 devices at once. The hub must be plugged into power as well as connected to the computer in order to charge the devices. It does have one drawback. The hub needs to be plugged into the computer and then connect the devices one by one to the hub. If the devices are all plugged into the hub before it is connected to the computer, occasionally an error will come up stating that "charging is not
supported on this device."
(I have not yet tried connecting two of these to the macbook at the same time to sync up to 20 at once.)
Since the powered USB hub doesn't come with a cart, you will want to have a way to store/carry all your devices at once. We purchased this Vaultz cart below. Office depot sells them for $69.99. A foam insert can be purchased and cut to protect the devices while in transport.
A Parent Device: Whether you have iPods or iPads, these devices need to have a "Parent Device." A parent device is a PC or Mac that has iTunes installed. On my campuses we have a macbook dedicated for this job. A PC could be used, but I have had less problems managing these devices with a mac.
Do you have a system that works for you? Please let me know.
Stay tuned for info on setting up and syncing these devices using the hardware above.


Wipro PROTOS essentially catered to the need of basic computing requirement at an affordable price with the promise of much lower power consumption Wipro is the first Indian OEM to market this product that is based on AMD's low-power computing solutions under the brand name 'PROTOS'. Protos devices were another proof point in support of the 50 X 15 initiative, a global initiative founded by AMD - to help enable affordable Internet access and low-power computing capability for 50 per cent of the world's population by the year 2015.
To date, key high growth markets such as India , have seen IT access primarily benefit the urban population. With the introduction of such robust and cost effective devices, the challenges of digital divide would be effectively addressed a Wipro Infotech release said.
Announcing the launch of Protos, Mr. Ashutosh Vaidya, Vice President, Wipro Personal Computing said, ''Wipro has always been a pioneer in introducing specific products to the market that provide the right value proposition to businesses. Protos is another revolutionary product from the stable of Wipro Personal Computing which will cater to specific needs like low power consumption and a small footprint. Protos is dust resistant, maintenance free and network ready. It can easily be configured with application software tailored to the needs of specific customers.''


the Automatic Position Reporting System as a WX NETwork
Amateur radio has a long and proud tradition of public service in the United States and around the world. One example is to provide emergency communications in natural disasters such as hurricanes or floods. The Amateur Radio Emergency Service (ARES) is a part of the American Radio Relay League, the national organization of U.S. Amateur Radio Operators, that provides centralized management structure for these emergency services. But, the real heart and soul of amateur radio public service are the ham operators across the country who donate their time, equipment, skills and data.
One aspect of amateur radio public service is supplying atmospheric data to various users, including individuals and federal, state and local governments. Many amateur radio operators operate their own weather stations to collect local weather data and transmit this data for anyone to receive and use. Oftentimes, receivers capable of receiving and displaying this weather information are located at local National Weather Service Offices where forecasters can monitor the data.
The Automatic Position Reporting System (APRS tm) is a part of ham radio that provides an ideal way for weather station operators to distribute their weather data much further than the regions within their transmitter range. APRS was originally intended for position information data but actually provides a means for automatic transmission of all sorts of digital data. This is especially true now that the original APRS packet radio concept has been enhanced to include the capabilities of the Internet. The reporting of citizen weather data is a particularly useful application of the APRS Internet System (APRS IS).
The APRSWXNET/Citizen Weather Observer Program is a group of ham radio operators and other private citizens around the country that have volunteered the use of their weather data for education, research and use by interested parties. The APRS IS collects weather data transmitted from individual weather stations and communicates these data to the findu.com server. The server then organizes the incoming data stream and makes the weather data available to the Forecast Systems Laboratory (FSL) at 15-minute intervals. This is all done in the public service tradition of amateur radio and good citizenship.
The findu.com server acts as a database for APRS position, weather, message, bulletin, satellite and other data. This ham radio server makes weather data available the FSL Central Computer Facility every 5 minutes. This data goes into the RSAS and LAPS data assimilation systems, and also helps initialize the MM5 numerical prediction model, all of which run routinely at FSL. The data are also sent to the National Center for Atmospheric Research and components of the National Weather Service.
The APRSWXNET/CWOP data also goes into the Quality Control and Monitoring System (QCMS) which runs routinely and checks the quality of a large amount of surface data. Standard limit checks are done as well as spatial consistency checks that utilize local observations, and gridded values from the RSAS data assimilation system, to interpolate "synthetic" observations for comparison with the real data. Based on these comparisons, data may be declared questionable. Occasional questionable data is normal. For example, the assimilation system may have placed a cold front incorrectly and if an observer is on the other side of that front, the observed temperature can be correct while the interpolated temperature is in error. A high percentage of questionable data, however, may indicate instrument problems.
The results of this quality checking are then made available to the station operators on the QCMS QC Summary Page and on the Citizen Weather Data Quality web site. This feedback to the weather station owners will alert them when a problem has developed. The goal here is to provide tools to the weather station owners to help them keep the data quality high so that the data can be widely used with confidence. Essentially, the APRSWXNET/CWOP activity can add value to citizen weather data.
For information on how to join APRSWXNET/CWOP, click here.
APRS has been copyrighted by Bob Bruninga, WB4APR.
This description is from Russ Chadwick, KB0TVJ. If you have
questions, comments or suggestions, send them to him at
mailto:firstname.lastname@example.org(home) or at mailto:email@example.com(work). Last changed August 27, 2002.


Sep 27, 2015
Topics this week include the Internet, Sustainable Development Goals, and software.
Sep 17, 2015
NatGeo, FAA, hardware and software. Please visit the shownotes at veryspatial.com for more information.
Sep 14, 2015
Patrick Egan, keynote speaker for the upcoming Geotech 2015 and host of the sUAS News Podcast, talks about the direction and use of unmanned aerial systems in the hobbyist and commercial...


Cryomodulation and nanosecond pulsed electric field treatment are two new technologies for the treatment of benign lesions like seborrheic keratoses. Cryomodulation is a technique using cooling technology to treat sunspots and seborrheic keratoses. The first to market device is Glacial RX by R2 Technologies.
Another new technology is nanosecond pulsed electric field treatment, which is a nonthermal, energy based technology used to treat seborrheic keratoses and other conditions. It will be interesting to see how effective these two new technologies will be.


I'm PhD student in the Department of Computer Science at George Mason University working under the mentorship of Professor Lap-Fai (Craig) Yu. Prior to venturing into the world of PhD life, I received an MEng. (Master's of Engineering) in Computer Science from Cornell University and an MS (Master's of Science) from the University of Massachusetts-Boston.
I'm interested in using data as a mean to create usable AI assistants for content creators from all walks of life (video game designers, painters, comic book artist..etc). This involves blending the wonderful worlds of HCI, VR, Vision and Fabrication to produce functional data driven designs.
Research interests: Computational Design, Virtual Reality, Graphics, Vision, and HCI.
Rawan Alghofaili, Michael Solah, Haikun Huang, Yasuhito Sawahata, Marc Pomplun, Lap-Fai Yu
Optimizing Visual Element Placement via Visual Attention Analysis.
IEEE Virtual Reality (VR 2019)
Rawan Alghofaili, Yasuhito Sawahata, Haikun Huang, Hsueh-Cheng Wang, Takaaki Shiratori, Lap-Fai Yu
Lost in Style: Gaze-driven Adaptive Aid for VR Navigation.
Proceedings of the ACM Conference on Human Factors in Computing Systems (CHI 2019)


Cobra Electronics has set the standard for reliable driver communication solutions with more than 40 years of producing dependable, top quality CB radios. In 2008, Cobra introduced the world’s first-ever CB radio with Bluetooth® wireless technology, providing drivers a new means to communicate safely and easily on the road.
CB (Citizens Band) radio is simply a 2-way voice communication system that lets you talk to other CB users. It lets you talk from your truck, car, home, business, or boat to any other CB operator on the same channel. Technically, it is a transceiver. It functions both as a radio transmitter (when sending messages) and a receiver (when receiving messages). Citizens Band Radio was created by the Federal Communication Commission (FCC) in 1958. In that year the FCC authorized 23 channels for private citizen use. CBâ€™s popularity soon congested these channels, so the FCC added 17 more channels for a total of 40, effective January 1, 1977.
How far can I talk on a CB?
How far you can communicate depends on a number of things: natural obstructions such as hills and valleys; radio interference and atmospheric conditions; man-made obstructions like bridges and tall buildings. Normally, communications are limited between five and seven miles depending on the above conditions.


Covert Scouting Cameras uses approved leading cellular network from AT&T. New for 2017 is the ability to send texts, emails or both within the Covert Wireless mobile app and web-portal. Improved functionality of the app including guest access and the ability to retrieve high resolution images. With the addition of more LEDâ€™s, night pictures are better than ever. The Code Black 12.1 sends instant pictures using AT&Tâ€™s approved cellular network. Reliability at its finest, Covert Scouting Cameras continues to revolutionize the wireless trail camera industry. Covert Cameras is the leader in wireless trail cameras.
- Dimensions: 5.875in x 4.5in x 2.855in
- 52Â° field of view
- .65 second trigger speed
- 100 foot flash range
- 12 AA batteries
- Invisible flash technology
- 1-10 turbo shot burst
- Maximum silence image capture
- Time/date/temp/moon phase stamp
- 2â€ color viewer
- Pipe through security
- Up to 32GB SD card
- Reinforced tripod mount
Introducing the Covert Wireless web portal and mobile app, accessible from any smart phone, tablet or computer. Our Certified Cell Cam Series provides advanced M2M (machine-to-machine) communication using our Covert Wireless web portal to deliver superior wireless delivery options and advanced capabilities such as real-time control, weather and wind information, and instant picture viewing. Covert Cameras are motion and heat activated or time lapse triggered and designed to send your images over approved cellular data networks. While images have previously been sent instantly through text message, Covert users are now able to view images at any time via the Covert Wireless mobile app. Covert Scouting Cameras is leading the way in wireless trail cam technology. With these new offered abilities you have the woods and security at your fingertips. Stay best in the game with Covert Scouting Cameras.


Fundamentals and Implementation
461 Seiten, Kartoniert, Previously published in hardcover, Format (B × H): 155 mm x 235 mm, Gewicht: 735 g
Reihe: Signals and Communication Technology
Kraiss Advanced Man-Machine Interaction
This book puts special emphasis on technological aspects of advanced interface implementation. Furthermore it focuses on interface design and usability.
For readers with a background in engineering and computer science, most chapters offer design guidelines and case studies, as well as a description of the functioning and limitations of the algorithms required for implementation. In addition, complementary code examples in C++ are given where appropriate.
As a special feature the book is accompanied by two easy-to-handle software development environments, which offer access to extensive public domain software for computer vision, classification, and virtual reality. These environments also provide real-time access to peripheral components like, e.g., webcams or microphones, enabling hands-on experimentation and testing.
Weitere Infos & Material
1 Introduction (Kraiss) 2 Non-intrusive Acquisition of Human Action (Canzler, Zieren) 2.1 Introduction 2.2 Hand Gesture Commands 2.3 Facial expressions commands 2.4 Examples 3 Sign Language Recognition (Bauer, Canzler, Kraiss, Zieren) 3.1 Introduction 3.2 Recognition of Isolated Signs 3.3 Recognition using manual and nonmanual features 3.4 Recognition of continuous sign language using subunits 4 Speech communication and multimodal interfaces (Rigoll) 4.1 Introduction 4.2 Speech recognition 4.3 Speech dialogs 4.4 Multimodal interaction 4.5 Emotions from speech and gesture 4.6 Exercises / Case studies 5 Supervision and Biometric Access (Haehnel, Fillbrandt, Schmidt) 5.1 Introduction 5.2 Tracking People 5.3 Multimodal Person Recognition 5.4 Signature Verification 6 Interacting in virtual and augmented reality (Kuhlen) 6.1 Introduction 6.2 3D User Interfaces: Output 6.3 3D User Interfaces: Input 6.4 Deformable Virtual Objects 6.5 Virtual humanoids, faces, and emotions 6.6 Implementing virtual environments 6.7 Implementing augmented reality 6.8 Case studies 7 Interactive and cooperative robot assistants (Dillmann) 7.1 Introduction 7.2 Advanced robotics hard- and software 7.3 Mobile and humanoid robots 7.4 Teaching and commanding procedures 7.5 Task planning and exception handling 7.6 Intuitive interaction and cooperation 7.7 Telepresence and telerobotics 7.8 Exercises / Case studies 8 Assisted human action (Kraiss) 8.1 Introduction 8.2 Assisted manual control 8.3 Assisted dialog operation 8.4 Case studies APPENDICES A Public domain software environments A.1 LTI-Lib (Computer vision and classification) A.2 VISTA (Virtual and augmented reality) B Test data bases B.1 Head, faces, eye, lip templates B.2 Hand gestures, ambidextrous sign language sequences B.3 Speech templates B.4 Static and dynamic signature templates References CD: Software (Impressario) packages examples


At the receiver the L+R and L-R signals are added for the Left channel ((L+R)+(L-R)=2L) and subtracted for the right channel ((L+R)-(L-R)=2R).
This is the 'Classic' method. An easier to build method simply switches between the left and right channels at a 38 Khz rate. The mathematics of this produce a signal the same as the classic method but there is less likelyhood of differences between channels sneaking in.
Pre-empahssis (giving High frequencies a boost) is applied to both channels before the Multiplexing process. A corresponding de-emphasis is applied at the receiver. The idea of this is to lift the high frequency signal some so that in the receiver you can reduce the high frequency ALONG WITH some of the hiss from the receiver. In Australia we use a 50 uS time constant network for pre-emphasis, in USA they use 75uS.
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Upgrading the Nav computer in the
2003-2004 Range Rover
The navigation computer in the trunk of the
Rover is the "brains" of the
navigation system. Think of it as simple as the monitor is
just a computer monitor and the nav computer a desktop computer.
It is the hardware and software on the navigation computer
the information on the display. Otherwise the display would be useless.
The BMW MKIV DVD navigation
computer is MUCH faster and supports 3D map viewing, plus the software
supports more additional upgrades such as displaying song title and
artist names on the display when
playing MP3s or Sirius Satellite radio.
The MKIV navigation computer supports 3D map
viewing in much better graphics.
Using the MKIV navigation computer your map
position is easier to determine as the map data passes under the


Flexible solutions for controlling your lights
PUSH Dimming (Switch Dim, Analogue)
A dimming method using a simple retractive (non-latching) switch. A short push of the switch turns the driver on/off, while a long push dims up and down.
DALI (Digital Addressable Lighting Interface)
DALI (Digital Addressable Lighting Interface) is a lighting interface system that allows lighting to use a digital signal for more precise and flexible control. Using a two-way method, the system enables the user to communicate with the lights, via a DALI controller, which is typically a computer system with software or dimming controller.
Casambi allows you to control the illumination of your bluetooth luminaires via the Casambi app on your smartphone, tablet, or smartwatch.
Casambi can be used to create effective illumination, transitions, an enhanced environment, or product highlighting simply by the swipe of your smart device. The Smart Wireless Casambi technology can be integrated into some of our lights using a Bluetooth module.
Connecting a series of Casambi enabled lights provides users with a fully controllable, wireless mesh network. The intelligence of the system is replicated in every node and, creates a system with no single points of failure.


Diamond is solid, chemically inert, has a high thermal conductivity with a low linear coefficient of expansion, which makes it an ideal material for output windows of infrared and microwave radiation.
Synthetic diamond began to displace zinc selenide as exit windows in high-power CO2 lasers and gyrotrons. These synthetic polycrystalline diamond windows have the shape of large-diameter disks (about 10 cm for gyrotrons) and a small thickness (to reduce absorption).
Single crystals in the form of plates up to 10 mm in size become important for use in some optical applications, including heat distributors in laser resonators, diffraction optics and the working body of optical amplifiers in Raman lasers.
Modern improvements in HPHT synthesis have made it possible to increase the purity and correctness of the crystallographic structure of single crystals enough to displace silicon in diffraction gratings and window material in high-power radiation sources, for example, into a synchrotron. Diamonds produced by HPHT technology are used to create diamond anvils to study the properties of substances at ultrahigh pressures.
We are always interested in expanding our partner network, and if you are interested in individual projects based on our advanced technologies for growing nitrogen-free diamond single crystals according to the highest quality standards, surpassing natural diamonds in size and characteristics, you can always contact us about the possibility of partnership and collaboration.
how we create our diamonds?
The process of creating a natural and synthetic diamond is extremely similar – only one occurs naturally, and the other occurs in the laboratory. We make science simple and want to share with you our innovative and advanced HPHT synthetic diamond technology.


NOVA BULL LED is a compact rugged LED warning signal designed to fit a wide range of applications. It emits extremely intense, wide-angle bursts of warning power. Self-contained and can be synchronized with up to 20 additional BULL LED's.
· Completely self-contained, no need for external flasher
· Built-in eight flash patterns
· Single-wire pattern selection
· Easy 3-wire hook-up
· Compact design with stealth "no show" appearance when light is off
· High-intensity proprietary VFO internal optics
· Five-year warranty
· Made in USA
Operates on 12VDC. Also 12/24VDC version is available as a special order. For interior and exterior applications. Comes with black bezel and hardware. Dimensions: 4.37"L X 1.66"W X 1.3"H.


IPO in 1995 (subsequently acquired by Symantec in 2003)
Distribution and Standards
ON Technology empowered IT organizations and service providers to manage the full lifecycle of their computing systems over large-scale corporate networks. ON Technology's solutions were used to rapidly and reliably deploy critical applications, operating systems, and content to desktops, mobile PCs, handhelds, servers, retail point-of-sale (POS) terminals and banking workstations. ON Technology developed a distribution channel that allowed small software developers to gain access to customers that they would not otherwise reach.


Quantum computing has come up as an innovative idea in the swiftly developing field of technology, potentially fundamentally altering how we think about computation. A particularly intriguing development in this field is the advent of neutral atom quantum computers, offering unparalleled scalability and performance. We can help you understand these next-generation machines' market potential, exploring their applications, industry impact, and the key players driving their advancement.
Understanding Neutral Atom Quantum Computers
How Neutral Atom Quantum Computers Work
Distinct from conventional computers, which use bits as the basic unit of data, quantum computers employ quantum bits or qubits, enabling them to perform multiple calculations simultaneously (Mohan et al., 2020). In addition, neutral atom quantum computers leverage the unique properties of neutral atoms, trapping and manipulating them using laser beams to create qubits (Saffman, 2016). This approach permits unparalleled control over qubit interactions, making neutral atom quantum computers a promising avenue for further exploration.
Advantages over Other Quantum Computing Technologies
Unlike alternative quantum computing technologies, such as superconducting qubits and trapped ions, neutral atom quantum computers boast superior scalability (Saffman, 2016). The spatial arrangement of atoms allows for the addition of qubits without significantly increasing system complexity, facilitating the construction of larger and more powerful machines.
Neutral atom quantum computers exhibit lower error rates than some competing technologies, enabling more accurate and reliable computations (Saffman, 2016).
Additionally, these computers possess longer coherence times, and the duration qubits retain their quantum states, further enhancing their computational capabilities (Saffman, 2016).
Current State of Research and Development
Although neutral atom quantum computers remain in the research and development phase, significant progress has been achieved in recent years. Numerous academic institutions and technology companies are actively working on refining this technology, striving to overcome its inherent challenges and propel it towards widespread adoption.
Key Players in the Neutral Atom Quantum Computer Market
Overview of Major Companies and Research Institutions
Several organizations are at the forefront of neutral atom quantum computer research, including:ColdQuanta
A US-based company specializing in cold atom quantum technology, ColdQuanta has made strides in developing scalable, neutral atom quantum computing platforms (ColdQuanta, 2021).University of Wisconsin-Madison
With a focus on scalability and durability, Professor Mark Saffman's research team is a pioneer in neutral atom quantum computing. (Saffman, 2016).
Pioneering Developments and Breakthroughs
Recent milestones in neutral atom quantum computing include:
A 100-qubit neutral atom processor developed by researchers at the University of Science and Technology of China, marking a significant advancement in scalability (Yang et al., 2021).
A demonstration by a research team at the University of Strasbourg of a two-qubit quantum gate with neutral atoms showcasing the potential for quantum logic operations (Levêque et al., 2021).
Collaborations and Partnerships
Collaborations between academia and industry are crucial in advancing neutral atom quantum computing. For instance, ColdQuanta has partnered with multiple universities, including the University of Wisconsin-Madison, to accelerate research and development (ColdQuanta, 2021).
Current Market Size and Value
The global quantum computing market, encompassing neutral atom quantum computers and other technologies, was valued at approximately $667 million in 2020 (Grand View Research, 2021). Although neutral atom quantum computers represent a fraction of this market, their potential for scalability and superior performance make them a promising segment for growth.
Projected Growth and Trends
As advancements in neutral atom quantum computing continue, this technology is anticipated to contribute significantly to the overall growth.
Factors Driving Market Growth
Advancements in Technology
Ongoing research and development efforts in neutral atom quantum computing and breakthroughs in scalability and error correction drive the market's expansion.
Increased Investment and Funding
Growing interest from private and public sectors has led to increased investment and funding for neutral atom quantum computing research, further propelling the market growth.
Growing Demand for High-Performance Computing
As the demand for high-performance computing surges, particularly in fields such as artificial intelligence, cryptography, and drug discovery, the market for neutral atom quantum computers is poised to expand.
Applications and Use Cases
Industries That Stand to Benefit from Neutral Atom Quantum Computers
Healthcare and Drug Discovery
Neutral atom quantum computers have the potential to revolutionize drug discovery by significantly reducing the time and computational resources required to model complex molecular interactions (Coles et al., 2018).
Finance and Risk Analysis
By rapidly processing vast amounts of data, neutral atom quantum computers can enhance financial modeling, risk analysis, and portfolio optimization (Orús et al., 2019).
Artificial Intelligence and Machine Learning
Quantum computing can dramatically accelerate machine learning algorithms, opening new possibilities for artificial intelligence applications and research (Biamonte et al., 2017).
Cryptography and Cybersecurity
Neutral atom quantum computers can potentially disrupt current cryptographic standards, necessitating the development of new, quantum-resistant encryption methods (Yan et al., 2019).
Potential Impact on Global Economy and Business Operations
Neutral atom quantum computers could reshape the global economy by unlocking previously unattainable computational capabilities. These machines may disrupt traditional business models, enabling new data analysis, decision-making, and problem-solving approaches across various industries.
Challenges and Barriers to Market Growth
Neutral atom quantum computers, like other quantum computing technologies, face the challenge of error correction, which is crucial for ensuring accurate and reliable computations (Terhal, 2015).
While neutral atom quantum computers exhibit superior scalability compared to other quantum technologies, ongoing research is necessary to realise the full potential of large-scale quantum computers.
Preserving coherence times is critical for quantum computing, and neutral atom quantum computers are no exception. Improvements in coherence times will enhance the performance of these machines (Saffman, 2016).Market-related Challenges
High Initial Costs
The development and production of neutral atom quantum computers entail high initial costs, which may present a barrier to market entry for some organizations.
Limited Availability of Skilled Workforce
The nascent nature of neutral atom quantum computing necessitates a highly skilled workforce, which currently needs more availability.
Intellectual Property and Patent Issues
As with any cutting-edge technology, intellectual property and patent disputes may arise, posing a potential challenge to market growth.
Future Outlook and Predictions
Technological Advancements on the Horizon
Ongoing research in neutral atom quantum computing is anticipated to yield breakthroughs in scalability, error correction, and coherence times, further advancing the technology and driving the market growth.
Evolving Market Dynamics
As neutral atom quantum computing continues to mature, we can expect changes in market dynamics, including the emergence of new players, increased competition, and potential consolidation among existing companies.
Potential Implications for Other Industries and Technologies
The advancements in neutral atom quantum computing will likely have a ripple effect on other industries and technologies, necessitating the development of new tools, algorithms, and processes to harness the full potential of these powerful machines. For instance, the field of quantum software and quantum-resistant cryptography will need to evolve alongside hardware advancements to ensure seamless integration.
The market potential for neutral atom quantum computers is immense, as these next-generation machines promise to revolutionize various industries and reshape the global economy. As research and development efforts continue and breakthroughs in scalability, error correction, and coherence times emerge, the market is poised for substantial growth.
The importance of continued investment in neutral atom quantum computing cannot be overstated. It is vital to support ongoing research, address technical and market-related challenges, and maintain a skilled workforce. In addition, we can influence this developing technology's future development and ensure its full potential by remaining informed and participating in the discussion.


As one of the world’s top technology hubs, Canada’s capital is a global leader in autonomous vehicles (AV) supported by the city’s powerful cluster of advanced networking, software and Internet of Things (IoT). Over 70 companies in Ottawa’s AV ecosystem, led by Blackberry QNX, contribute their expertise, technology and intelligence in the field of connected cars and autonomous vehicles (CAV). The worldwide economic impact of CAVs is estimated to reach $9.2 trillion CAD by 2050.
To further establish Ottawa as Canada’s CAV capital, the City of Ottawa and Blackberry QNX are collaborating with organizations including Invest Ottawa and the Kanata North Business Association, as well as researchers and academics at Algonquin College, Carleton University and the University of Ottawa.
With the expectation that self-driving cars will eventually become the norm, partners are working to ensure Ottawa leads the development of safety software and sensors. In 2019, they developed the L5 Test Facility, which became the first integrated CAV test environment of its kind in North America. The 16-kilometre (10-mile) test track for self-driving cars offers world-class integrated testing grounds for the safe implementation of CAVs, in Ottawa’s true four-season climate (from -37 degrees C in winter to +37 degrees C in summer).
In October 2020, Invest Ottawa announced nearly $17 million CAD in new investments to expand the facility and rebrand the innovation hub to Area X.O. The hub supports local, national, and global startups, SMEs, multinationals, and governments, in the creation, commercialization, and adoption of innovations in mobility, autonomy and connectivity.
New capabilities of Area X.O. include a 5G mobile command centre—the first of its kind—with drones that can deploy a standalone and secure 5G network without external connectivity. It also features cybersecurity technologies that help SMEs proactively enhance the security of their innovations.
Invest Ottawa, which manages the facility, said the financial and material investment will lead to the creation of as many as 200 new jobs, and solidify Canada’s capital reputation as a world leader in the development of self-driving vehicle technology. Private-sector partners such as Accenture, BlackBerry QNX, Ericsson, Microsoft and Nokia, as well as the City of Ottawa, will contribute up to $10 million CAD in equipment and services.
Each year, the CAV Canada conference is held in Ottawa with the goal to help the country capitalize on the CAV global market opportunity. The event, which is presenting a digital event series in 2020, showcases the safe development, commercialization and deployment of CAVs, and attracts innovators, companies, post-secondary institutions, and other organizations with emerging connected car and A/V tech knowhow. Past events also featured the chance for delegates to experience innovative CAV technology at the L5 Test Track in the Kanata North sector of Ottawa, home of Canada's largest tech park.
Visit Ottawa’s Autonomous Vehicles Cluster website for more information.


Firstly, check if the WiFi symbol appears in the top-left status-bar for the device. Even though your WiFi connection is showing as paired, indicated with a tick symbol in 'Settings -> WiFi', the device will not have full network connectivity if the WiFi status symbol is not showing.
We also recommend that you ping the device, and likely also use a web browser successfully. However, the device is only parsing IP traffic on Port 80 which is used by web browsers. Only when the WiFi symbol is showing will all IP Port traffic be parsed correctly i.e. TPControl uses ICSP Port 1319 as per AMX standard.
So, the missing WiFi symbol problem typically occurs in closed or statically assigned IP network configurations (e.g. no DHCP server). To remedy:
1. Go to 'Settings -> WiFi' and select the ">" icon next to the network name (SSID) that your device is paired with.
2. If there is no entry in the Router field, select the 'Router' field and enter the IP address of your WAP/Router.
3. Select the 'DNS' field and enter the IP address of your WAP/Router.
4. Press the "< Wi-Fi" (back) symbol
You will likely now see the WiFi symbol in the top-left status-bar appear, next to the "iPhone"/"iPod"/"iPad" label.
Similar details in our Knowledge Base here: TPControl will not connect to the AMX NetLinx master; ‘Not Connected’ appears
Now, assuming the device is licensed and the current active TPControl profile settings are all configured correctly e.g. AMX Device ID, HOST NetLinx master IP address, and ICSP Encryption, TPControl will be able to connect to the NetLinx master.


SpaceX has successfully landed in the Atlantic, the reusable spacecraft which left earth orbit on the 2nd of March. The spacecraft was boosted into the edge of the earth atmosphere with the Falcon 9 which landed safely on a drone craft.
Space X docked on the ISS and after offload of deliveries set on a journey back to earth. The craft disengaged from the ISS and began the process of deorbiting. It landed on schedule at about 8:45 in the morning Eastern time.
SpaceX’s Crew Dragon makes history as the first privately built spacecraft to complete a mission to the International Space Station https://t.co/fTzlHj5MM6— TechCrunch (@TechCrunch) March 8, 2019
Space X is the first privately built crew-capable spacecraft ever to complete a mission to the International Space Station.
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Get ready for a sneak peek all about the Samsung Smart Ring!
In the fast-paced world of wearable tech, Samsung is back in the limelight with a game-changing creation – the Samsung Smart Ring. This nifty and chic gadget is gearing up to transform how we engage with our smart devices, promising a user experience that's smooth and instinctive, unlike anything we've seen before.
Guess what? Samsung just dropped the news we've all been waiting for! They've spilled the beans on the release date for the Smart Ring, and it's time to mark your calendars for the big reveal happening before the end of 2024. This is the moment we've all been eagerly waiting for – a sneak peek not just into the sleek design of the Smart Ring but also a firsthand look at all the cool features it's packing. Exciting times ahead!
Design and Build:
You've gotta check out the Samsung Smart Ring – its design is seriously sleek and minimalistic. They've nailed it with precision and loads of attention to detail, blending style seamlessly with functionality. And get this – it's crafted from top-notch materials. So, not only is it a high-tech wonder, but it's also making a bold statement in the fashion department. It's like having the best of both worlds!
The Samsung Galaxy Ring
Credit: Andrew Lanxon/CNET
Gesture Control: The Samsung Smart Ring introduces a new era of gesture control. Wave goodbye to traditional touchscreens as users can now navigate through their devices with simple hand movements. Answer calls, scroll through messages, or control your smart home devices effortlessly.
Health and Fitness Tracking: In line with the growing focus on health and well-being, the Smart Ring comes equipped with advanced sensors to monitor various health metrics. Track your steps, monitor your heart rate, and even receive real-time fitness insights directly on your finger.
Notifications at a Glance: Tired of constantly checking your phone for notifications? With the Smart Ring, receive alerts for calls, messages, and app notifications with just a glance at your hand. Stay connected without being glued to your screen.
Smart Home Integration: Transform your finger into a magic wand for your smart home. Control lights, thermostats, and other compatible devices with simple gestures, making your daily routines more convenient than ever.
Customizable Interfaces: Personalization is key, and Samsung understands that. Customize the Smart Ring's interface to match your style and preferences, ensuring a truly unique user experience.
Water and Dust Resistance: Worried about wearing a smart device on your finger? Fear not. The Smart Ring boasts water and dust resistance, making it durable enough to withstand daily wear and tear.
Hey there, imagine the buzz as we all eagerly anticipate the Samsung Smart Ring hitting the market. The excitement is real! Samsung is stepping up the game with this one - packed with cool features, easy controls, and a sleek design that's ready to shake up how we see wearable tech. This Smart Ring isn't just about making our daily tech interactions smoother; it's a sign that Samsung is all about pushing the limits of what's doable in the world of smart gadgets. Keep an eye out for the big launch because the Samsung Smart Ring is about to steal the show in the evolution of wearables!