CITC (Communications and Information Technology Commission) of Saudi Arabia passes new rules and conditions for IoT service providers in the country.
Axon Consulting was appointed by CITC in February 2018 to study the market needs in promoting take-up of IoT applications developed by local players in the Kingdom. A significant portion of existing and upcoming IoT applications depend on narrowband or broadband LTE and 5G networks. Therefore, enabling local IoT service providers to issue own SIM connectivity solutions is an essential enabler their inclusion in the IoT market. Inclusion of IoT service providers will accelerate the introduction of innovative services in the Kingdom which will be the main driver of the IoT sector growth and digital transformation of the verticals in KSA. The new rules and conditions make it possible for IoT providers to buy connectivity on a wholesale basis from mobile network operators and embed their own connectivity solutions in their applications and hardware.
The workshop related announcement is available at this link at CITC’s website.
For further information about Axon’s Public Policy and Regulation experience please take a look here or contact any of our experts.


3 edition of Second Conference on Artificial Intelligence for Space Applications found in the catalog.
Second Conference on Artificial Intelligence for Space Applications
by National Aeronautics and Space Administration, Scientific and Technical Information Division, For sale by National Technical Information Service in [Washington, D.C.], Springfield, Va
Written in English
|Statement||sponsored by the University of Alabama in Huntsville, Huntsville, Alabama, and the National Aeronautics and Space Administration, Washington, D.C., and held in Huntsville, Alabama, November 13-14, 1986 ; compiled by Thomas Dollman.|
|Series||NASA conference publication -- 3007.|
|Contributions||Dollman, Thomas., University of Alabama in Huntsville., United States. National Aeronautics and Space Administration. Scientific and Technical Information Division.|
|The Physical Object|
NASA Artificial Intelligence Could Help Astronauts Work More Efficiently in Space In the vast blackness of space, where Earth appears to be just a small dot, artificial intelligence someday will help . The Second International Conference on Artificial Intelligence (ARIN ) is a forum for presenting new advances and research results in the fields of Artificial Intelligence. The conference will bring together .
German Journal of Artificial Intelligence: Special Issue on Developmental robotics: N/A: N/A: ICICA--ACM, Ei, Scopus ACM The 9th International Conference on Intelligent . Sponsors: (Joint between the 3rd Conference on Artificial Intelligence Applications to the Environmental Science; and the 12th Conference on Satellite Meteorology and Oceanography) Organizer: John V. .
But the ultimate goal is artificial general intelligence, a self-teaching system that can outperform humans across a wide range of disciplines. Some scientists believe it’s 30 years away; others. The 3rd International Conference on Machine Learning and Machine Intelligence (MLMI )--Ei Compendex, Scopus: - Hangzhou, China: ARIN 6th .
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Light Beam Alignment
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Proceedings of the 6th International School on Microwave Physics and Technique, 2-7 Oct. 1989, Varna, Bulgaria
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To Oregon in 1852
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Get this from a library. Second Conference on Artificial Intelligence for Space Applications: proceedings of a conference. [Thomas Dollman; University of Alabama.; United States. National Aeronautics and. Full text of "Second Conference on Artificial Intelligence for Space Applications" See other formats.
Get this from a library. Second Conference on Artificial Intelligence for Space Applications: proceedings of a conference. [Thomas Dollman; University of Alabama in Huntsville.; United States. National. In this chapter, we review applications of artificial intelligence in the field of space engineering and space technology and identify open research questions and challenges.
In particular, the following topics are Cited by: Second Conference on Artificial Intelligence for Space Applications [microform]: proceedings of a conference / sponsored by the University of Alabama in Huntsville, Huntsville, Alabama, and the.
Space applications of AI can also be divided in terms of three kinds of operations they support: predictable, unpre-dictable, and real time (Jónsson et al. Even predictable operations can be File Size: 1MB.
The Thirty-Second AAAI Conference on Artificial Intelligence The Thirtieth Innovative Applications of Artificial Intelligence Conference The Eighth AAAI Symposium on Educational Advances in Artificial.
NASA Conference Publication Third Conference on Artificial Intelligence for Space Applications Part II Compiled by J. Denton, M. Freeman, and M. Vereen Proceedings of a conference sponsored File Size: 3MB. systems for space applications: sw arm intelligence and distributed computing.
Swarm In telligence There is no common agreement on the deﬁnition of swarm intelligence. – HAL, A Space Odyssey. Artificial intelligence in space sci-fi is both the stuff of dreams and nightmares. In the world was introduced to HALa sentient computer onboard the.
Intelligent Robotics and Applications: Second International Conference, ICIRA the emphasis of this year’s conference was on “robot intelligence for achieving digital manufact- ing and intelligent Format: Paperback.
Artificial Intelligence For Dummies provides a clear introduction to AI and how it’s being used today. Inside, you’ll get a clear overview of the technology, the common misconceptions surrounding it, and a /5(62). AAAI is pleased to announce that the Twenty-Second Conference on Artificial Intelligence (AAAI) and the collocated Nineteenth Conference on Innovative Applications of Artificial Intelligence (IAAI) will.
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The control action is then chosen to follow the steepest descent of the File Size: KB. Artificial intelligence is finding its way into ever more areas of life. The latest craze is AI chips and related applications on the smartphone.
However, technology began as early as the s. NASA launched the pound Deep Space 1 probe on Oct. 24,to test 12 advanced technologies, including Remote Agent, an artificial intelligence program, intended to lower the cost and risk to future.
History. M odularity, Computational Design, Parametricism and finally artificial Intelligence are the 4 interwoven steps that have shaped the past years of the systematization of Architecture. AI is Author: Stanislas Chaillou. Introduction to Artificial Intelligence by Philip C Jackson Originally written over 40 years ago, and released as a second edition inthis classic provides an introduction to the science of reasoning.
Last Thursday at an event at Intel, participants in the NASA Frontier Development Laboratory research accelerators presented results showing how artificial intelligence can speed up space science Author: Katherine Bourzac.
Industrial Artificial Intelligence - 4 - June because the stakeholder concerns, expected value and associated requirements have not changed in all these decades.
We have evolved significant .Artificial Intelligence Through Prolog by Neil C. Rowe – Online reading only (HTML / E-text), 15 chapters; Artificial intelligence is a hard subject to learn.
I have written a book to make it easier. I explain .The history of Artificial Intelligence (AI) began in antiquity, with myths, stories and rumors of artificial beings endowed with intelligence or consciousness by master seeds of modern AI .


The Sony A6400 Mirrorless Digital Camera was released in 2019 to an ecstatic audience. It is no surprise that this compact and lightweight camera enjoyed a mostly positive reception among consumers and photography enthusiasts.
This mid-range camera has been called a lot of things.
And this is all thanks to its speedy performance and an array of features you’ll mostly find in full-frame camera models. But while most people agree that the A6400 will be more than perfect for family documentarians and hobbyists, can this camera fit in as an excellent tool in the hands of a pro photographer?
Brief overview of the A6400
The Sony A6400 boasts a 24MP APS-C sensor, complete with a 425-pt phase-detection AF system with Real-Time Tracking. This camera has the Bionz X processor, a 2.36M-dot electronic viewfinder, and an ISO sensitivity range from 100-32000. There’s Wi-Fi with NFC, as well as Bluetooth for connectivity. But that’s not even everything;
This Sony entry-level camera offers 410 shots per charge and can record videos up to 4K at 30p. The Sony A6400 camera is surprisingly very easy to use. Perhaps this is why it’s often touted as one of the best cameras for beginner photographers. But this camera is more than just good for beginners. It’s got enough features and technology to serve just as great for professional photographers.
Getting the best from your Sony A6400
The Sony A6400 is great, but there’s no perfect camera.
You’ll still need the best lenses for your camera, as well as high-quality Sony A6400 accessories to help you get the best results. Accessories can include extra batteries to supplement the 410 shots per charge output. Other things you might need can range from battery chargers to cleaning kit, memory cards, tripod, screen protector, etc.
The A6400 is, no doubt, an excellent camera. And whether you’re a pro or a hobbyist, you’ll always find a use for this superb offering from Sony. Regardless you’ll still need the best lenses and the right set of accessories to complement your camera.


SWI CLINICAL APPLICATIONS
Developed For Detecting Post Concussion Syndrome
MTBI (Mild Traumatic Brain Injury) or DAI (Diffuse Axonel Injury)
Micro Hemmorrhage From Traumatic Brain Injury or Stroke
Overall improved detection of hemorrhage in the brain
SWI (Susceptibility Weighted Imaging) is able to see what conventional MRI pulse sequences miss!
SWI (Susceptibility Weighted Imaging) was developed to better diagnose brain injuries. These additional pulse sequences and the post-processing of the images have the ability to show what conventional MRI pulse sequences do not show. SWI has been shown to be useful for detecting a number of conditions including (but not limited to):
DAI (Diffuse Axonel Injury)
Definitive Brain Hemorrhage
MTBI (Mild Traumatic Brain Injury)
Micro-Hemorrhages from a Traumatic Brain Injury
Other Neurological Conditions (pathological and non-pathological in nature)
SWI has been in use in very few centers throughout the United States throughout the last decade and now Park Place MRI is able to provide this valuable service to its patients.


Samsung recently released its latest flagship Samsung Galaxy Edge+ and Galaxy Note 5. These smartphones are running on the fastest processors and have it all what it takes to be the best smartphones of 2015. Talking about Samsung Galaxy Edge+, it has the most alluring design with curved screen and top notch specs, the battery life of this smartphone is also commendable, Samsung has introduced number of new great features in it. In this guide we will talk about Galaxy S6 Edge+ Auto Brightness glitch.
On the other side it is one of the most expensive smartphone out in the market, But its battery is unremovable and it doesn’t have a microSD memory card slot, One of the main reason to buy this smartphone is its looks and features.
Although after buying this expensive and glamorous smartphone, Some of S6 edge+ users are not satisfied with some features, or you may call it bugs, one of them is responsiveness of light sensor even when Auto Brightness is off.
Many users have noticed that even when you turn off S6 Edge+ Auto Brightness and take it to some dark room, your phone will automatically change the brightness, and even if there is some bright light in contact with the screen, the phone changes brightness of screen, it can be annoying at times, mostly when its night and you’re using phone before sleeping.
Samsung Galaxy S6 Edge+ Auto Brightness Glitch
Many people are trying to find solution of this problem, some have even used third party applications to stop the operating system from giving response to the change in light but nothing is handy till date.
This is really annoying, if you buy a top notch smartphone like Samsung Galaxy S6 Edge+ and it won’t work as you want it to work. this problem continues if you’re browsing the internet using the night mode of your browser, No matter what you do, the light sensor keep on working on its will. The sensor will turn S6 Edge+ Brightness to maximum under lights or if you are out in sun.
Talking about the solution, There does not seems to be a hardware problem, It’s just an issue of Touchwiz. that is causing this S6 Edge+ Auto Brightness problem.
Many people are furious about it, they have also contacted Samsung regarding this issue, and they have accepted that every S6 edge+ has this Auto Brightness problem.
This problem is only in the S6 Edge+ and there seems to be no fix as of yet, Only thing you can do is to wait till Samsung releases some update to fix this issue.
Also Read: Galaxy Note 5 S Pen Stuck Inside the Body
If you are suffering from the same problem, and you have found out its solution, Share with us in the comments, Whereas we are trying our best to figure out solution of this problem. As we find out S6 Edge+ auto brightness glitch solution,we will update this post, so keep an eye on this post.
Other than that, users are quite contented with the new Samsung galaxy Edge+, Also share your experience regarding this phone in the comments.


Data and tech are two powers that every event planner leverages. Large or small, events perform better and engage attendees faster with the efficient use of data-driven solutions and, of course, technology. How about integrating all the latest trends that impact the world event industry and see what comes out of it?
What is the SMART event of the future?
Events in the future may look completely different.
The innovative trends in digital, big data, and AI won’t pass the event industry by. As event attendees are becoming more demanding and crave flexible and tech-powered registration options, digital interactions or “heads-up” activities, event managers have to keep pace. Well, in this case, it’s better to say: run fast.
SMART event of the future may be a good definition for the event that utilizes the most vibrant tech- and data-related solutions such as augmented reality, or big data, to optimize event experiences.
Why event technology is changing?
The process of event organization integrates several different levels of interaction between attendees and a client. The latter relates to a ticketing system, venue selection, cooperation with partners, and so on. Each of these levels requires maximum benefits for event revenue, which is something that technology can provide. By implementing new all-the-rage tech solutions (even those, which were developed for a different purpose), events are made more appealing. A good reason for the change, isn’t it? What’s more, according to the Enterprise Event Marketing Study of 2016, technology can help reduce around 30% of event-related costs.
What to expect from events in the future?
Making SMART events work, requires either bringing some incremental changes into the existing platforms and applications or developing the brand-new approaches. Either way, there’s much that the future of events can offer:
- Virtual presence. Yes, we’re slowly immersing ourselves into the world of virtual reality. Sad? – Maybe. But the potential of VR tech also promises extra convenience and the opportunity to enable one’s virtual presence at events.
Prediction #1: event attendance shifts towards virtual spaces.
- The boom of mobile. Event consumers of the 21st-century demand fully-integrated mobile decisions.
Prediction #2: ticketing goes 100% mobile.
- Accounting automacy. Big Data promises unbelievable accounting solutions for the event industry.
Prediction #3: Extra automation enters event accounting systems soon.
The future of events
Ok, so where do we go with this? The key event technology trends open up new horizons for event planners who know the tools and are able to apply them. Let’s explore how the future makers see SMART events.
#1. Big data & privacy
Big data gives event planners a bird’s eye view of the event success. There’re three ways, in which big data is actively impacting event organization:
- Analytics. You can get actionable insights into attendees’ data, track their preferences and monitor behavior and tap into previous events’ metrics.
- Segmentation. Big data provides means for sharpening your event targeting. Say thanks to smart segmentation features!
- Reaction to changes. Capture any of the slightest changes in attendees’ behaviors and react to them when they emerge.
Warning: with the quickly-expanding big data outreach, there’s a risk that the events of the future may damage the privacy sector. Since more and more private data is required to track the event agenda, there’s a fine line between optimizing event accounting and interfering with someone’s private information.
#2. Improving engagement & personalized experience
The advent of social media in the event industry became a breakthrough innovation, which is still positively impacting attendees’ engagement. Looks like social networking is going to be adding more value to SMART event planning in the future.
What should we expect in the future?
- Social networks get self-controlled and integrated with virtual reality – the event promotion takes on a full shift towards these new spaces.
- Solidifying privacy and escaping irrelevant ads become key priorities for social media users. Accordingly, they’ll have to pay for viewing only relevant posts. This might enable highly targeted event promotions and increase the cost of advertising events on social media.
Takeaway: 1) Think of tailoring highly-relevant event contents to your target personas. 2) Cater for visual & sound solutions.
#3. Augmented & virtual realities
These two innovations can cause exponential changes to how people attend and discuss events:
- With VR you can create computerized spaces for event organization. This will substantially reduce the venue costs and engage those who want to join in virtual space.
- Virtual attendance won’t mean simply taking the role of an observer. Thanks to VR technology, the attendees will be able to interact with other event guests even if they aren’t physically present.
- Experiencing event products with the help of AR will become a great asset for exhibitors and companies that promote products too big for being exhibited at event venues.
#4. Wearable technology
As event trends reveal, wearable technology can become the new frontier in the establishment of relationships with attendees. The employment of bracelets and wristbands and iBeacon use can broaden attendees’ experiences considerably:
- Personal data embedding will speed up attendees’ registration and elaborate payment processes.
- Through behavioral triggering, the possibilities of mapping and geo-location will expand.
- Simulated experiences will become a part of events.
#5. One-stop-consolidation of tools
While one tech innovation can move your event a step forward, the integration of several SMART tools will make it function at top gear. The essential task for event industry is creating tech-powered, consolidated platforms that’ll help manage, plan, and run events without switching to any assistant instruments. One-stop-consolidation of tools may be provided by event management software that captures new event trends and aligns them with the event industry needs. You can request a demo now and start testing the potential of GEVME – a one-stop online platform for managing future-oriented events.
The unknown-unknowns of the future event technology may be scary. However, with the smart use of advanced tools, an ambitious event planner can make the management of events much easier. Let’s try to tweak the conventional event story and enlighten it with the power of tech! If you’d like to learn more about the potential of SMART events, check out GEVME Xchange 2017.


Product Features Small appearance size, practical in most of the cars. Support Bluetooth 4.0/3.0/2.0, Support voice & calling prompt. Support charger for Android & Iphone or other device, max. Output 2.5A. Full frequency FM transmitter, total support 208 frequency. Digital Display. Support TF card/U disk MP3/SBC/WAV/WMA/FLAC/APE music play. Bluetooth answer, hang up, reject, redial calls and other functions. Echo cancellation and noise suppression (CVC) technology during a call. Automatic power-off memory function. Bluetooth stereo A2DP music play. Support to connect with two phones at the same time. Car Accumulator voltage detection. Note 1. USB port for this device only used for charging, it can provide maximum output to 5V/2.4A. Don’t use high-power electrical equipment or power inverter in order to avoid damage 2. When searching phone in Bluetooth mode, please make sure the phone within the normal range and Bluetooth in the matching state 3. In the status of inserting TF card/U disk, TF card/U disk will be in priority play status, if you want to connect Bluetooth, then you need to adjust the play mode, please see 5.1.1 or 5.2.1. 4. When the machine in FM transmitter, volume will not be too much (generally 25 or less position) in order to avoid sound distortion, adjust the volume using the car stereo adjustments. 5. The machine FM transmitter built-in antenna, while also should try to avoid using strong local radio frequency signals to get better sound quality. 6. Due to various differences in the phone itself, the method used in the Bluetooth may be different in practice. In the player again after power off, and some mobile phones may not automatically connect function, so need to use a manual connection again.


CyberOptics Reports Stronger Than Forecasted Third Quarter Operating Results
October 24, 2007 at 16:00 PM EDT
CyberOptics Corporation (Nasdaq:CYBE) today reported operating results for the third quarter of 2007 ended September 30:
Kathleen P. Iverson, president and chief executive officer, commented: “Our above-plan operating results in the third quarter were paced by much stronger than anticipated sales of electronic assembly sensors and continued robust demand for inspection systems. Sales of electronic assembly sensors to our primary OEM customers were at their strongest level within the past two years, reflecting an upturn in the global electronic assembly market that we believe started strengthening during this year’s second quarter. Our third quarter sales also benefited from the shipment of the remaining half of 37 SE 300 solder paste inspection systems from an earlier order. In addition, significant orders for both solder paste and automated optical inspection (AOI) systems were received from original design manufacturers (ODMs) and electronics manufacturing services companies. We also completed our first Flex Ultra AOI sales to key ODM and memory module customers, who previously had only used our SE 300 solder paste inspection systems. We ended the third quarter with a solid backlog of inspections systems and believe that fourth quarter revenue from inspection systems should increase from the third quarter level.”
Iverson continued: “Order bookings of both electronic assembly sensors and inspection systems totaled $15.7 million in the third quarter, and we ended this period with a backlog totaling $8.1 million. The majority of this backlog is scheduled to ship in the fourth quarter. Sales of electronic assembly sensors are forecasted to remain robust, although we expect the fourth quarter sensor order rate to moderate somewhat from the exceptionally strong third quarter level. As a result, we are forecasting sales of $13.5 to $14.5 million and earnings of $0.12 to $0.14 per diluted share for the fourth quarter of 2007 ending December 31. Our fourth quarter guidance incorporates the continuation of higher R&D investment related to the development of next-generation solder paste and AOI systems.”
Steven K. Case, Ph.D., chairman and founder, added: “We believe that the upturn in the global electronics assembly market should continue into 2008. To fully capitalize upon positive market conditions, we will continue the accelerated R&D program that we implemented in the third quarter, which is aimed at keeping our systems offerings on the leading edge of inspection technology. We see substantial opportunities for inspection solutions based on faster production through-put speeds, programming ease of use, and improved imaging resolutions. We believe the next-generation systems now under development will also serve us well in future market environments, since demand for inspection systems is not driven solely by increases in production capacity. To help ensure end-product quality, automated inspection is increasingly required for inspecting the progressively smaller and nearly microscopic components now used in a growing range of end-user electronics. For this reason, CyberOptics long-term future will benefit from today’s investments.”
Founded in 1984, CyberOptics Corporation is a leading provider of sensors and inspection systems that provide process yield and through-put improvement solutions for the global electronic assembly and semiconductor capital equipment markets. Our products are deployed on production lines that manufacture surface mount technology circuit boards and semiconductor process equipment. By increasing productivity and product quality, our sensors and inspection systems enable electronics manufacturers to strengthen their competitive positions in highly price-sensitive markets. Headquartered in Minneapolis, Minnesota, we conduct worldwide operations through facilities in North America, Asia and Europe.
Statements regarding the Company’s anticipated performance are forward-looking and therefore involve risks and uncertainties, including but not limited to: market conditions in the global SMT and semiconductor capital equipment industries; increasing price competition and price pressure on our product sales, particularly our SMT systems; the level of orders from our OEM customers; the availability of parts required for meeting customer orders; the effect of world events on our sales, the majority of which are from foreign customers; product introductions and pricing by our competitors; and other factors set forth in the Company’s filings with the Securities and Exchange Commission.
Third Quarter Conference Call and Replay
CyberOptics will review its third quarter operating results in a conference call at 4:30 pm Eastern today. Investors can access a live webcast of the conference call by visiting the investor relations section of the CyberOptics website, www.cyberoptics.com. The webcast will be archived for 30 days. A replay of the conference call can be heard through October 31 by dialing 303-590-3000 and providing the 11099312 confirmation code.


The modern world of information technology is a fresh but very needed field that has been applied in thousands of corporations in the entire world. As with any type of modern advances, there you can always find changes daily and improvements.
It is exactly just like taking a look at the computer systems which were utilized in the 80s compared to these days. This will likely evaluate the developments in information technology as an applied science.
The first sort of technology which will be explained is semiconductor technology. this is actually the use of semiconductor microchips is being utilized in increasing use.
Technology is being spread to smaller gadgets that have been used actually with the car business since the 70s. It has turn out to be more powerful yet less expensive which is why it has become very marketable that is why companies have implemented it much more.
The other kind of advanced technological development is most certainly the information storage devices. those would be things like disk drives which the less expensive these are, the effective they turn out to be.
They have moreover proved to be much better in performance which has really extended the quantity of data that is definitely in the digital format. Currently, more information is in digital kind comparing to in any other format. Because of these efficient methods of storing information and transmitting information, the prices of computer have dropped considerable since the mid-90s.
Another type of technology that has trended is through computer networking system. More and more computers are being linked in networks it doesn't matter if it be local area networks or wide-area networking.
The development in this area has been because of optical fiber networking. Probably the specific answer why networking has developed to such an area is because individuals are using the internet more and more exponentially.
Lastly, what has created the world of IT progress as much as it has the fact that there are so many more application wherein the need for IT has skyrocketed. Computers are being utilized for so many various things today from word processors towards the use of spreadsheets that having knowledge in this field is limitless.
Whenever one goes to a computer store, there are such a lot of stuff that a persons may put into their computer. There have also been countless devices which utilize information technology like telephones and printers. The objective over and over is always to make things speedier.
There shall always be brand new trends in information technology as has been explained. Also, we see it everyday even if we are not aware of all the minute details. Numerous things these dausare computerized, as well as being advanced technology which has helped ensure it is work towards the extent that it does.


Laser Drivers offer a complete set of laser solutions ranging from low power laser diodes to high power. Our drivers come with ultra stabilized current and temperature controller to precisely control the laser diode's optical output and multiple levels of protection are built to increase safety and meet the most photonic requirements.
According to the high-tech fabrication of laser diodes, an ultra-stable, low-noise current source is required for their optimized performance. Using a current source instead of a voltage source offers much more tunability, reliability, and control to set the laser output power. According to the wavelength drift and electrical characteristics of the laser diodes, the maximum operating voltage is set to prevent laser damage and failure as a consequence of the current rush and sudden temperature changes.
Measuring the quality of laser beam has always been one of the critical challenges for optical specialists. Optical power, energy, beam profile, and pulse width are the characteristics that need to be measured and monitored carefully. To answer this need in the industry, medicine, and research labs, ASHA Beam Profile has designed and manufactured an extensive selection of instruments for measuring the properties of light. These products contain three sections, including power meter, beam profiler, and light detectors.
Our power meters are designed to measure light power and guarantee calibrated measurement across an extended range of powers and wavelengths. ASHA’s power meters include thermal and photodiode sensors and available in extensive types such as hand-held, benchtop, bundle, compact USB and etc.
Laser beam has been widely used in various industries due to its unique features. Its usage can be generally divided into two categories: detection and application. In detection usage, one or more detectors are used next to the laser to measure the desired feature by measuring the feedback of the laser beam. In laser application, the interaction of the beam with the material is used to apply the necessary changes to the desired material or object. The products of this field include all kinds of detection with the help of laser.
Optical elements including absorptive and reflective ND filters, bandpass filters and pinholes are undeniable equipment for measurement.
Our optical filters include an extended set of neutral density (ND) and colored glass filters in visible, UV and IR spectral region. For more convenience, our optical filters are available in C-Mount design and anodized cases in order to prevent laser reflection.


In an increasingly interconnected and digital world, fortifying your business is no longer solely about physical barriers and traditional security measures. Advanced commercial security systems have become an imperative for safeguarding not just your assets but also your data, reputation, and the well-being of your employees. These cutting-edge solutions go beyond the realm of traditional surveillance and access control, offering a multifaceted approach to ensure comprehensive protection. One of the cornerstones of advanced commercial security systems is digital surveillance. While traditional CCTV systems are still valuable, modern security cameras have evolved significantly. High-definition video feeds, remote monitoring capabilities, and intelligent analytics enable businesses to keep a watchful eye on their premises 24/7. These systems not only deter criminal activity but also provide crucial evidence in the event of an incident. Moreover, they can be integrated with other security components, such as alarm systems, to trigger real-time alerts and responses. Access control has also reached new heights with advanced security systems.
Beyond traditional key cards and passcodes, biometric authentication methods like fingerprint or facial recognition are becoming more commonplace. These technologies offer an extra layer of security by ensuring that only authorized personnel gain entry to sensitive areas. Furthermore, they provide an audit trail, allowing businesses to track who accessed what, and when, and enhancing accountability and click here now https://www.securedbypremier.com/sacramento/. Cybersecurity is another vital aspect of modern commercial security systems. With the proliferation of digital systems and the Internet of Things IoT, businesses are exposed to a new realm of threats. Advanced security systems include features like firewalls, intrusion detection, and encryption to protect sensitive data from cyber-attacks. They also facilitate secure remote access to your network, allowing employees to work from outside the office without compromising data integrity. Integrating all these components is a central tenet of advanced commercial security systems. Modern security platforms provide a unified interface that streamlines the management of various security aspects. This feature is especially valuable in emergencies, as it enables a swift response, potentially preventing further damage or harm.
This convergence allows for more efficient monitoring and rapid response to potential threats. For instance, when an unauthorized access attempt is detected by an access control system, it can trigger the surveillance cameras to focus on the affected area, providing real-time visual data to security personnel. Furthermore, automation is a significant feature of these systems. They can automate routine security tasks, such as locking and unlocking doors at specified times, reducing the burden on security staff and minimizing the risk of human error. Automation also extends to alarm responses when an alarm is triggered, the system can automatically alert the authorities and designated personnel, expediting the resolution of incidents. Remote monitoring and control are additional benefits offered by advanced commercial security systems. Business owners and security personnel can access the system remotely via smartphones or computers, giving them the ability to monitor the premises in real-time and take immediate action if necessary. As your business grows or changes, these systems can be easily expanded or adapted to suit your evolving security needs. This flexibility ensures that your security measures remain effective, no matter how your organization transforms over time.


Most people rely heavily on their phones for day to day operations. Whether scrolling social media or answering work emails on the go, we need our phones to be functioning properly. When phones do not function properly it may seem like it is game over. Luckily, there are a few things carriers and Original Equipment Manufacturers (OEMs) can do to restore mobile devices. In this article we will explore what mobile device flashing is, the benefits of mobile device flashing for an Android device, and flashing for in-store display devices.
Defining Mobile Device Flashing
Mobile device flashing is the process of reprogramming a phone or device to work with another carrier. Carriers often lock devices so that they only function underneath their specific network. Flashing devices can also change the operating system of the phone.
Mobile device flashing can be done by an authorized carrier, OEM, or third party solutions provider. Phone flashing is often done to prepare a carrier or OEM’s device for sale in a retail store.
Full Flash v.s Partial Flash
Performing a full flash on a mobile device will change a device’s operating system. During this process a mobile device’s data will be erased. If there is any data that needs to be saved, it is a good idea to backup the phone before going ahead with the full flash. A partial flash is when a mobile device is rewired to connect to a different carrier.
Mobile Device Flashing for Androids
For Android phones, flashing may be needed if the device is “dead,” or, in other words, the Android device will not turn on or charge even when plugged in. If the device does not power up or display the device’s logo when connected to a charger, it may be a sign that the device needs to be flashed.
There are a variety of different certified and authorized mobile device retailers who can perform flashing services. Flashing may fix a “dead” mobile device by updating or reprogramming the phone.
Flashing for Display Devices
Typically, when a new mobile device is getting ready to hit stores, in-store display devices need to be flashed and tested for quality assurance. Many carriers and OEMs utilize a third party solutions provider to flash the display devices for store mode as well as test devices before they go to market as part of the mobile device lifecycle management. It is important that this process is done by professionals in a secure environment to avoid any tampering or fraudulent activities, ensuring secure devices reach consumers in a timely manner.
Carriers and OEMs need to flash mobile devices for a variety of reasons. Whether performing a full flash or partial flash, it is important that the mobile device flashing process is done properly for security and quality assurance purposes.


DTG 500 mm2 Skun Kabel Tembaga panjang / Long Barrel Copper ...
Beli DTG 500 mm2 Skun Kabel Tembaga panjang / Long Barrel Copper Cable Lug di Ground Rod. Promo khusus pengguna baru di aplikasi Tokopedia
RC015. Product ID: 7TCA083110R0023. EAN: 5414363082286. Catalog Description: 20 DIA X 1.2 MTR SOLID CU EARTH ROD. Long Description: Solid Copper Earth Rod Diameter of 20mm Length of 1200.
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A 4 m long copper wire of crosssectional area 1.2 cm2 is ...
A 4 m long copper wire of crosssectional area 1.2 cm 2 is stretched by a force of 4.8 x 10 3 N. Young 39s modulus for copper is Y 1.2 x 10 11 N/m 2 the increase in length of the wire is. 1.32 mm. 0.8 mm. 0.48 mm. 5.36 mm
Copper has resistivity of 1.7210 C Example
: a A 34.5m length of copper wire at 20.0 C has a radius of 0.25 mm. If a potential difference of 9.0V is applied across the length of the wire determine the current in the wire. b If the wire is heated to 30.0 C while the 9.0V potential difference is maintained what is the resulting current in the wire Resistivity of Cu 1.7210 8


What if we said you could take entertainment everywhere and share it with the world by projecting it on a wall for the people to enjoy? Let’s look at the Insignia Pico projector – it can project images and videos from your smart phone or any other device and can last up to two hours on a single battery charge.
It will connect to almost any mobile device, laptop or gaming console through its micro HDMI port. It also has a built-in speaker for audio on the go, however it’s not particularly exciting. You will be better off carrying a mini bluetooth speaker with you and connect that directly to your phone for a better audio experience. The Insignia Pico projector comes with its own carrying case charging brick and since it charges over USB, you can use almost any external power pack to recharge the portable projector. This makes it very convenient to recharge the projector on the go.
The Pico comes with a micro HDMI cable so this will allow you to connect almost any compatible Android device to the projector. The key is in “compatible” and not in “any” – don’t assume you will be able to connect any phone. If yors has an outdated Android software or it’s an older phone, you don’t stand a chance. You need to make sure that the phone is compliant with the MHL standard. It also comes with a micro HDMI to the regular HDMI cable adaptor so you can connect a PlayStation 4 or a computer to the projector.
To connect an Apple device, you need to purchase a separate AV adaptor in order to connect. To get started all you have to do is connect your desired device and then use the finding control to make sure that the image is focused properly on your chosen surface. Once you do that you should be ready to sit back and watch. This projector can beam images up to 80 inches. It’s not high definition however the 640 by 360 pixel display should be crisp and colorful for an entry-level portable projector costing less than $100.
As with any projector the image appears best when it’s used in dark environment, so draw the curtains or wait for the sun to go down if you’re beaming outside. Since the device supports HDMI it is possible to easily watch movies on Netflix and YouTube. The Pico projector has a very small and compact design and it can fit in almost any bag and since it can be charged with almost any external battery pack it really opens up the possibilities of where and how you can entertain your friends. You can use it on the beach to watch movies or you can perform presentations on the go but there is something to consider before use the speaker projector professionally. Since it has a very low lumens rating – just 50 – it will not perform very well in a bright lit environment so that’s something to consider before taking this out on the go and embarrass yourself. Other portable projectrs will have 100 or slightly more lumens, but then again they are twice as costly.
This mobile projector has a very small and compact design that’s so easy to bring almost everywhere you go. You have to wonder about how much technology they were able to fit in a device this small. It is actually so small that you will be encouraged to bring it almost everywhere you go and by doing so you will be able to realise novel uses for a projector like this. Viewing movies on the ceiling while you’re dozing off or sharing a slideshow with a colleague on the go there’s so many potential uses you can have when you can bring a small projector with you almost everywhere.
The only two downsides is its low Lumen ratio and the fact that it is not compatible with any Android device.
If you’re looking for a projector that is portable, easy to use and lightweight, the Pico is what you need.


I'm a 5th year Ph.D. student at the University of Arizona. My advisor is Dr. Carlos Scheidegger. My other PhD committee members are Dr. Richard T. Snodgrass, Dr. Joshua A. Levine and Dr. Remco Chang. My current research interests are big data visualization, exploratory data analysis, machine learning and HCI. I also have research experience in computer vision during my master's program.
I received my M.S. in Computer Science from Institute of Computing Technology, Chinese Academy of Sciences in Beijing, China and my B.E. in Software Engineering from Northeast Normal University in Changchun, China.
- NNCubes: Learned Structures for Visual Data Exploration (2017.11 - Now)
- TopoCubes: Interactive Exploration of Persistent Homology of Large Datasets(2017.1 - Now)
- Gaussian Cubes: Realtime Data Modeling for Interactive Visualization (2015.9 - 2016.12)
- Light Curve Visualization (2015.9 - 2015.12)
- ANTARES: The Arizona-NOAO Temporal Analysis and Response to Events System (2014.8 - 2016.8)
- Obstacle Avoidance System for the Blind (2012.6 - 2014.6)
- Crowd Density Estimation (2011.9 - 2012.6)
- Zhe Wang, Dylan Cashman, Mingwei Li, Jixian Li, Matthew Berger, Joshua A. Levine, Remco Chang, and Carlos Scheidegger. "NNCubes: Learned Structures for Visual Data Exploration". arXiv:1808.08983
- Zhe Wang, Aarthy Sankari Bhaskar, Youhao Wei, Nivan ferreira, and Carlos Scheidegger. "Gaussian Cubes: Real-Time Modeling for Visual Exploration of Large Multidimensional Datasets". IEEE InfoVis 2016
- Abhijit Saha, Zhe Wang, Thomas Matheson, et al. "ANTARES: Progress towards building a ‘Broker’ of time-domain alerts". Proc. SPIE 9910, Observatory Operations: Strategies, Processes, and Systems VI, 99100F (July 18, 2016); doi:10.1117/12.2232095.
- Zhe Wang, Hong Liu, Xiangdong Wang, and Yueliang Qian. "Segment and Label Indoor Scene Based on RGB-D for the Visually Impaired." In Proceedings of the 20th Anniversary International Conference on MultiMedia Modeling, pp. 449-460, January 2014.
- Zhe Wang, Hong Liu, Yueliang Qian, and Tao Xu. "Real-Time Plane Segmentation and Obstacle Detection of 3D Point Clouds for Indoor Scenes." In Proceedings of the 2nd Workshop on Consumer Depth Cameras for Computer Vision, in conjunction with 2012 European Conference on Computer Vision (ECCV), pp. 22-31, October 2012.
- Zhe Wang, Hong Liu, Yueliang Qian, and Tao Xu. "Crowd Density Estimation Based On Local Binary Pattern Co-Occurrence Matrix." In Proceedings of the 2nd IEEE International Workshop on Advances in Automated Multimedia Surveillance for Public Safety, in conjunction with 2012 IEEE International Conference on Multimedia and Expo (ICME), pp. 372-377, July 2012.
- Tao Xu, Hong Liu, Yueliang Qian and Zhe Wang, "A Fast and Robust Pedestrian Detection Framework based on Static and Dynamic Information." In Proceedings of 2012 IEEE International Conference on Multimedia and Expo (ICME), pp. 242-247, July 2012.
- "Building Interactive Data Visualization Systems: A Tool for Light Curve Exploration", LSST DM Team, 01/13/2016
- "Interactive Data Visualization for Astronomy: Light Curve Exploration", National Optical Astronomy Observatory, 12/04/2015


The promises of wireless Internet technologies have generated much interest on the part of the international-development community. While in developed nations these technologies have primarily been associated with mobility applications and local area networking in homes and offices, their most intriguing application in developing nations is the deployment of low-cost broadband Internet infrastructure and lastmile distribution.
Wireless Internet may be a very effective and inexpensive connectivity tool, but it does not carry any magic in itself. It can only be successfully deployed as demand for connectivity and bandwidth emerges in support of relevant applications for the populations served. These may be supporting e-government, e-education, e-health, e-business or e-agriculture applications. But those are not easily implemented in the developing world.
Demand aggregation for wireless Internet connectivity around applications that make sense in support of wireless infrastructure investment is the first important challenge that the UN ICT Task Force, infoDev, and the Wireless Internet Institute wanted to explore and document. The authors of this compendium have investigated dozens of field experiments around the world and selected several that exemplify some of the innovative approaches to this challenge. They do suggest that wireless Internet can indeed be sustainably and in some cases profitably deployed in support of economic and social development objectives in developing countries.
One common characteristic of these case studies is their unconventional, often grassroots origin. Entrepreneurs from the private, public, or not-for-profit sectors have independently developed original deployment models pointing to potential solutions for the developing world. Most, however, must confront serious challenges that are nontechnical in nature and associated with legacy regulations, administrative obstacles, and the opposition of incumbent telecommunications operators.


I am the co-creator of MassMine along with Nicholas Van Horn. MassMine is a social media mining and archiving application that simplifies the process of collecting and managing large amounts of data across multiple sources. It is designed with the researcher in mind, providing a flexible framework for tackling individualized research needs. MassMine is designed to run both on personal computers and dedicated servers/clusters. MassMine is currently supported through funding from the National Endowment for the Humanities.
Based on Gregory Ulmer’s “Writing through Media” course design for advanced writing students, I developed a course for the University of Florida called “Writing through Big Data” (WtBD). WtBD is the first humanities course at UF to use the HiPerGator supercomputer cluster in a humanities classroom (and, possibly, the first such course in the country to do so). Using MassMine, students in WtBD collected large social media datasets (networked writing) to study and write about social media trends. All of the work in the course built toward the student’s final projects where they created slideware presentations of their research and presented them to their peers through the use of infographics and basic data visualizations.
Along with Emily Faith, I developed an Arduino programming and prototyping training series for the Marston Science Library at the University of Florida. The training series is open to all students at UF, and provides a basic introduction to making and physical computing. The LibGuides for the training are available here, and the Arduino scripts for the basic LED light sensor training is available through my GitHub page.
Inspired by Jim Ridolfo’s work with http://www.rhetmap.org, I am curating an archive of job description data and writing studies related analyses from the MLA Jobs Information List (JIL). I am analyzing the data for word frequencies and correlations related to the terms: “rhetoric,” “composition,” “writing,” and “technical.” This project is currently “in-progress,” but all of the code and data are available through my GitHub page for the MLA JIL data project.


Irwin Electronics Weekly Digest
by David Irwin on September 04
In the 90’s Intel and AMD would leapfrog one another. Each new chip would surpass the competition’s best processor. That changed in 2007 when Intel released their first Dual Core processor. AMD tried hard to keep up, but for the most part, could never surpass Intel’s performance. Although AMD came close, they became known as a budget processor. The majority of the computers Irwin Electronics builds are based on AMD. You get performance close to that of an Intel chip for a lot less. There are certain rare cases where AMD does surpass Intel. The majority of tasks processed during day to day work are single threaded. This means the task will use only one core of your multi-core processor. In this scenario, Intel’s latest processors outperform anything AMD could deliver. However, in multithreaded tasks where multiple cores are engaged to process a task, AMD can give you a slight edge. One example is transcoding HD video. There is another catch to this scenario as well. Like Intel, AMD has multiple lines of processors. This scenario applies to AMD’s FX series processors. These more closely align with Intel’s Core i3, i5, and i7 series processors. We typically use the FX series processors in our desktop builds.
For years, Intel has included graphics processing in their CPUs. When buying AMD, however, a separate graphics card would be required. That’s a lot of money AMD was losing to ATI or Nvidia. To combat this, AMD purchased ATI. This enabled AMD to produce their A series processors. The good part is you get powerful ATI graphics processing on the chip. Although there is a major downside. AMD used a larger die process than Intel, This limits the maximum number of transistors in their chip. Most of the transistors were used for the graphics, leaving little for the primary central processing! An AMD A4 chip, for example, has plenty of graphics processing power, but it makes a very slow CPU which means a very slow computer. The chip was very popular in laptops because it was inexpensive. To this day we find a lot of customers using AMD A4 based laptops. They all have the same complaint, it’s slow, and ask us to speed it up. Tuning Windows helps a little, but not enough to make an appreciable difference. Things continue to improve with their A8 through A10 processors. They are still no match for Intel, but they’re cheap. If you’re on a tight budget, these may make a decent choice. Just beware, you’re buying a PC that will always underperform.
The landscape for AMD is changing. They do not want to be known as a budget processor company. AMD has been losing money and is on the brink of bankruptcy. Their new Ryzen series processors claim to beat Intel. Initial tests in the real world showed performance still lagging behind Intel. AMD claimed the problem was in the benchmarking tools used to test CPUs and offered a patch. The patch did indeed show improvement in the Ryzen but also shows improvement in Intel. AMD is making improvements in their Ryzen chipsets, firmware, and software. While things are looking promising for Ryzen, the cost is higher than that of Intel, and so far the performance is not much faster if any. We recently built a desktop specifically for Virtual Reality Gaming. For this build, we used Intel’s latest i7 CPU. The cost was not much more than a comparable FX series build, but the performance is amazing! Our custom built desktops always outperform anything off the shelf, but this one really surprised us.
So what’s the best computer to buy? Custom is always the best option. Intel’s i5 or i7 based are solid options. AMD Ryzen is promising if it’s in your budget. AMD A series are very inexpensive, but we do not recommend them. Older Intel Core2 Duo or AMD Athlon processors can still hold their own today, depending on your needs. They may be better budget options.


MS, Mechanical Engineering, University of Illinois at Urbana-Champaign, 1979
MBA, Business Administration, Santa Clara University, Santa Clara, CA, 1983
Ph.D., Mechanical Engineering, University of Maryland at College Park, 2005
Granted: 6496367, 6333849, 5953211, 5808869, 5793609, 5757615, 5745563
Applied for: 20010036061, 60/557590, 60/378321, 60/359749
Most Recent Public Publications
Ceramics in Modern Electronics (with Poliskie, M.), Advancing Microelectronics, March/April 2010, pp. 6-8 (http://www.imaps.org/advancingmicro.htm).
Plastics in Electronics (with Poliskie, M.), Silicon Valley Engineering Council, February 2010, pp. 22-31 (http://www.svec.org).
Thermal Aspects of LED Headlamps, IEEE Vehicle Power and Propulsion Conference, Dearborn, MI, 7-11 September 2009, pp. 1193-1199.
The Chemistry of Halogen Free Electronics (with Poliskie, M.), Advancing Microelectronics, July/August 2009, pp. 22-24 (http://www.imaps.org/advancingmicro.htm).
[Editor] Silicon Valley Engineering Council Journal, February 2009 (http://www.svec.org).
Contributions of the University of Illinois to Silicon Valley, Engineering at Illinois, January 2009 (https://www.engr.uiuc.edu/news/archive/index.php?xId=0637078406720742)
Electronics Reliability, More than Temperature, Continuity, January 2009, pp. 5-7.
Accelerated Life Testing (with Zhao, K., Murray, S., Ray, R.), Wiley Encyclopedia of Quantitative Risk Assessment, 2008.
Engineers Week: How Thing have Changed Since 1952, UEC, February 2007, pp. 30-35 (http://utahengineerscouncil.org/UECJournal2007FINAL.pdf).
Most Recent Public Presentations
Technology Showdown, Utah ASHRAE Annual Sustainability Conference, Salt Lake, UT, 7 May 2010 (http://utahashrae.org/wp-content/links/ASHRAE%20Utah%20050710%20-%20Donahoe.pdf).
Economics of Technology and the Engineering Career, Joint Meeting of IEEE GOLD and University of Utah Student Branch, Salt Lake, UT, 29 October 2009.
Thermal Aspects of LED Automotive Headlamps, IEEE Vehicle Power and Propulsion Conference, Dearborn, MI, 11 September 2009.
Halogen Free Electronics (with Poliskie, M.), Joint Meeting of IEEE CPMT and PES, Sunnyvale, CA, 14 December 2008 (http://www.cpmt.org/scv/meetings/cpmt0812.html).
Contributions of the University of Illinois to Silicon Valley, Technology Entrepreneur Center, Champaign , IL, 14 November 2008
Heat Transfer Applied to Electronics Design, Refrigeration and Air Conditioning Center, Champaign, IL, 15 November 2008
The Rocky Marriage of Technology and Quality, Oakland, CA 19 February 2008 and at San Jose State University, 21 April 2008 (www.reachus.com/ASQC0618/ASQ_021908.pdf)
Notice of Upcoming Events
Note that all Silicon Valley IEEE presenations are posted on a monthly basis at http://www.e-grid.net/
Daniel N. Donahoe's Resume: DonahoeResume1000km.pdf
Daniel N. Donahoe's LinkedIn recommendations: LinkedIn.com
Please contact Dr. Donahoe with questions or comments.


What are artificial intelligence powered trading indicators?
The power of Artificial Intelligence transforms vast data into agile and accurate trading decisions, taking you beyond human limitations
Trading indicators are tools that assist traders and investors in making informed decisions based on the analysis of price, volume, or other market data. However, when we talk about AI-powered trading indicators, we are referring to a heightened level of sophistication and accuracy, as they incorporate machine learning techniques and algorithms to enhance their performance and adaptability.
Below, we detail what they are and why they are revolutionary:
Powered by Artificial Intelligence Technology
Unlike traditional indicators, which rely on fixed mathematical formulas, AI indicators utilize machine learning models. These models are trained on vast amounts of historical data to identify patterns and trends that might be challenging for the human eye or conventional indicators to detect.
One of the primary benefits of AI is its ability to adapt to new data and scenarios. This means that AI-powered trading indicators can automatically adjust to different market conditions, delivering more accurate and consistent signals.
Recognition of Complex Patterns
AI can recognize and learn from intricate patterns that often get overlooked in traditional analysis. This can include relationships between multiple assets, anomalies in trading volume, and other interrelated factors.
Reduction of Human Errors
By relying on advanced algorithms and mathematical models, the influence of cognitive biases and emotions that frequently affect human traders is minimized.
Integration with Advanced Technologies
AI-based indicators benefit from technological advancements in related areas, such as big data processing and high-speed computing, enabling them to process and analyze data in real-time.
Customization and Continuous Learning
These indicators can be trained or recalibrated based on specific trader or market data, allowing for deep customization. Furthermore, with continuous access to fresh data, the AI model can keep refining and enhancing its predictions.


WASHINGTON (Sinclair Broadcast Group) -- The National Oceanic and Atmospheric Administration issued a geomagnetic storm watch in effect for Wednesday and Thursday due to an impending solar storm.
A solar storm happens when flares from the sun erupt in the sun's atmosphere. When they take place on the part of the sun that is facing Earth, electromagnetic radiation is sent towards Earth. The storm can last minutes or hours.
Scientists aren't sure what causes the Sun to erupt but believe it is correlated with disruptions in the Sun's magnetic field, according to Gizmodo.
NOAA warns that there could be weak power grid fluctuations and there might be a minor impact on satellite operations for spacecrafts. The satellite disruptions could affect things such as GPS systems or commercial flights.
The brightened skies caused by the solar storm will be most visible in Michigan and Maine, according to the NOAA.


NASA Glenn Visitor Center
10 a.m. - 3 p.m.
On March 10, 2006, the Mars Reconnaissance Orbiter will arrive in Mars' orbit. As it surveys the red planet, the orbiter's
high-powered cameras will allow scientists to view the surface in greater detail to support future robotic and human missions
to Mars. While it orbits overhead, our two intrepid explorers, Spirit and Opportunity, will continue their geologic investigation
of water's role in shaping the surface of Mars.


ESTIMATION OF OPERATING FACTORS AND ERRORS OF MODEL INFLUENCE ON PRECISION OF "KRUIZ" SOFTWARE POWER DISTRIBUTION REBUILDING ALGORITHM ON THE EXAMPLE OF UNIT 4 ROVNO NPP
17th Symposium of AER on VVER Reactor Physics and Reactor Safety (2007, Yalta, Crimea (Ukraine, back then))
CORE SURVEILLANCE AND MONITORING. CFD ANALYSIS
General overview of power distribution rebuilding algorithm, that implemented in ?Kruiz? software, is given in the report. This algorithm is based on join solution of measurements equations and neutron physics model of reactor core. Influence of some operating factors and errors of model on the power distribution rebuilding precision is estimated. Examples of the power distribution rebuilding are given using model power distribution calculated by independent codes. It is shown that the measurement accuracy gives the main contribution into the accuracy of power distribution rebuilding. Results of power distribution rebuilding algorithm verification obtained during the operation Rovno NPP unit 4 are shown.


What makes the solar maximum of 2024/2025 particularly noteworthy is the prevalence of solar storms.
These storms give rise to two captivating phenomena: solar winds and coronal mass ejections (CMEs). Solar winds consist of charged particles perpetually streaming from the sun, while CMEs are massive bursts of solar material and magnetic fields.
Here’s where the magic unfolds. When these solar winds and CMEs interact with Earth’s magnetic field, a mesmerizing reaction occurs.
The charged particles from the sun collide with the particles in our atmosphere, resulting in the breathtaking natural spectacle we know as the aurora borealis, or the Northern Lights.
These collisions release energy, which manifests as vibrant, dancing colors in the night sky.
During a solar maximum, the chances of witnessing the Northern Lights at their most intense are significantly amplified. The increased frequency of solar storms means more opportunities to witness this enchanting display.
Whether you’re an experienced Northern Lights enthusiast or embarking on your first journey to witness this celestial wonder, 2024/2025 is the time to seize the moment.


This complete soundset has been developed by Maceál from his company, HornAudio.
It’s specifically for you, so you can experience the pure sound of Rapalje and all your other favorite artists anywhere.
The soundset includes the same speakers you see and hear at our concerts.
The set consists of:
- 2 speakers with a design of your choice
- 2 x 5 m. high-end cable
- Dual Sim subwoofer with built-in amplifier and connections
- 24v. Power supply
You can connect your music with:
- Line-in 3.5 mm. plug
- WiFi multi-room system
- USB player
- LAN cable
- SPDIF coaxial and optical
- Wide frequency range: 36-21,000 Hz.
Dimensions and weight: 15.5 x 8.8 x 8.8 cm., 0.6 kg.
24 Watt RMS, 16 Ω, 96 dB
Dual Sim subwoofer:
- Dimensions and weight: 56 x 28 x 16 cm., 6.1 kg.
- 60 Watt RMS, 8 Ω, 105 dB
Do you want to experience the complete Rapalje repertoire at home?
Order the Rapalje USB stick USB stick with all our songs.
Only available in combination with a Rapalje soundset.


OceanLED produces the highest quality, most reliable and proven marine lighting in the superyacht industry. Each product can be uniquely tailored per project to give a completely custom lighting effect for sailing yachts, superyachts, and cruise ships. Underwater, retrofit, courtesy lighting, and interior and exterior downlighting.
State-of-the-art LED lighting solutions for Commercial applications providing energy savings, improved lighting quality, and lowering carbon footprints across a wide range of sectors including retail, offices, industry, hospitality, and leisure including All Bar One, Hilton Hotel Group, Odeon Cinemas, Boots, Oxfam and Bathstore.
The design, manufacture and sale of advanced, high quality LED lights, accessories and lighting systems for installation underwater, in hostile environments, exterior and in high-end interior environments. Our aim is to be the number one marine lighting brand. OceanLED will make every other comparable product be a consumer’s second choice. To do this we will deliver the highest quality product utilising the worlds leading technologies which will change the way the marine world thinks about light.


Search the Community
Showing results for tags 'Bluetooth'.
Found 3 results
Hi guys, Does anyone in the forum know if Magneto Speed have a way to connect the V3 Chrono through Bluetooth, instead of their XFR adapter, which only works if your phone has a 3.5 mm jack interface? I emailed Magneto Speed about it, I just haven't received and response from them yet. I figure I should ask the forum, just in case anyone had ask this same question before. Thank you! BASTi
This thread is a carry-over from the one covering the DIY cable for the ProChrono Digital USB interface. I figured a new thread would be appropriate to keep the wired vs. wireless discussions organized. The detailed instructions in the attached PDF file cover building a Bluetooth interface for the ProChrono Digital chronograph. In short, it describes how to build a Bluetooth receiver and use it to make a wireless connection between the ProChrono Digital and the PCRemote software on a PC. Two warnings, though: First, If you attempt this build there is a chance you could break any and all of the parts, including your chronograph. Do not attempt this if you are not comfortable installing Windows drivers & software, using a soldering iron, and guarding against electrostatic discharge (ESD). You alone are responsible for what happens to your equipment.Second, getting serial devices working over Bluetooth in Windows is straight-up voodoo. Seriously. There's about a 50/50 chance the Bluetooth receiver will work on the first pass through the instructions, and it's entirely possible to do everything right and still end up with a receiver that doesn't work. YMMV, but just know this up front.Having said that, here's a list of the components you'll need: Bluetooth-to-Serial Module ($7-18) CP2102 USB-to-Serial UART/TTL Module ($5-10) Switching Voltage Regulator ($5-6) Battery(ies) ($2-5) Battery Holder ($2-3) ⅛” (3.5mm) stereo cord and/or jack ($3-7) Power Switch (optional) ($1-2) 10kΩ Resistor ($1) Small Project Box/Enclosure ($3-7) So, depending on what components you select and how particular you are, you can build the Bluetooth receiver for +/- $45. I had a lot of fun working on this build. The majority of my electronics projects up to this point usually involved either a PC power supply or a 12V car battery. What you see in the instructions is a culmination of the lessons learned and the do-overs I worked through over the course of building the prototype. If you have any suggestions to add, please post them here or PM me. (I'm still looking for a 3.5mm stereo jack with an isolated SPDT switch that closes when the plug is inserted.) On my wish list of future projects: Get the Bluetooth receiver integrated inside the ProChrono Digital housing. Find some enterprising coder(s) to write an Android equivalent of the PCRemote software now that we have a Bluetooth option. Edit 6/9/13: I'll try to post some pics of the build once I clear the minimum post limit. DIY Bluetooth Interface for ProChrono Digital v1.0.pdf


Japan is known for its technological advancements, and its telecommunications industry is no exception. From mobile services to internet solutions, Japanese telecom companies provide innovative and reliable services to meet the communication needs of businesses and individuals. In this article, we will explore the top telecommunications companies in Japan and their offerings, as well as discuss the industry trends and infrastructure that make Japan's telecommunications network one of the best in the world.
Japan's telecommunications sector is driven by several major players, offering a wide range of services to meet diverse customer needs. These telecom providers have a significant impact on enhancing Japan's overall communication infrastructure and technology.
The telecom industry in Japan is largely dominated by three major players: NTT Docomo, KDDI, and SoftBank. NTT Docomo, with over 79 million subscribers, is Japan's largest mobile carrier, providing 3G, 4G, and 5G services. KDDI operates the au brand, focusing on mobile and broadband services. SoftBank caters to both mobile and fixed-line users and has recently become a major player in the IoT market.
Japanese telecom providers offer a vast array of services, including mobile plans, fixed-line services, broadband internet, cloud-based solutions, and digital content. Mobile plans range from prepaid to postpaid, with various data and voice call plans, catering to the communication needs of individuals and businesses. Fixed-line services include voice and data communication, and broadband internet services providing high-speed internet access.
The Japanese telecom market is also expanding into new areas, such as IoT connectivity, AI-powered network solutions, and smart city initiatives. Telecom companies are also diversifying their services, finding new revenue streams in digital content like music, video streaming, and gaming services.
Overall, the Japanese telecommunications industry offers a vast range of services, driven by major players like NTT Docomo, KDDI, and SoftBank. These providers cater to the communication needs of individuals, businesses, and the country as a whole. The industry continues to evolve and innovate, developing new technologies and expanding into new areas, like IoT and smart city projects, to meet Japan's ever-changing communication demands.
Japan is known for its advanced technology, and the telecommunications industry is no exception. The infrastructure supporting the telecom industry is highly sophisticated, ensuring reliable connectivity across the country. The telecom companies in Japan have invested heavily in the latest technology solutions to cater to the changing needs of their customers.
The telecommunication infrastructure in Japan includes advanced networks, fiber optic cables, and satellite technology that form the backbone of the industry. The government has also played a crucial role in promoting the development of the telecom industry, providing funding and support for research and development.
One of the most significant technological advancements in the Japanese telecom industry is the deployment of 5G technology. This technology brings extremely high-speed connectivity to mobile devices and promises to transform the way we communicate and use technology. The telecom companies in Japan have been at the forefront of 5G deployment, with major cities already enjoying widespread coverage of this technology.
In addition to 5G, telecom companies in Japan are also investing in other innovative solutions, like cloud-based services and IoT (Internet of Things) connectivity. These technologies are helping businesses streamline their operations and improve their services, leading to increased efficiency and productivity.
The advanced technology and infrastructure employed by telecom companies in Japan have made the country one of the most connected in the world. With reliable and high-speed connectivity, businesses can operate efficiently and individuals can stay connected with ease. The combination of advanced technology and a well-established network infrastructure has made Japan a leader in the telecommunications industry.
Japan's telecommunications network is one of the most advanced and reliable in the world. The country has a well-established infrastructure that supports both mobile and fixed-line services, making communication easily accessible for individuals and businesses alike.
The network is operated by several major telecom companies, including NTT, Softbank, and KDDI. These companies have invested heavily in building a robust network that can handle the high volume of data and communication traffic in the country.
Japan's telecommunications network comprises both fiber-optic and wireless technologies. The country has a high-speed fiber-optic network that connects homes, offices, and data centers, providing fast and reliable internet access. Additionally, Japan has the world's first nationwide 5G mobile network, which promises to deliver even faster data speeds and more reliable connections.
The telecom companies in Japan also invest in advanced technology solutions to maintain and improve the network infrastructure. For example, Softbank has developed a cloud-based platform, called the Smart VPN, that provides secure and reliable connectivity for businesses. Meanwhile, NTT has deployed an AI-powered network management system that can detect and resolve network issues in real-time.
In conclusion, the telecommunications network in Japan is a vital part of the country's infrastructure, providing seamless communication for its citizens and businesses. Its speed, reliability, and advanced technology keep Japan at the forefront of the telecommunications industry.
The telecommunications industry in Japan is one of the most advanced and innovative industries in the world. It is constantly evolving to meet the changing needs of the market and the demands of its customers. The industry has witnessed significant growth over the years, with the adoption of new technologies and services.
One of the significant trends in the Japanese telecommunications industry is the adoption of 5G technology. 5G technology has the potential to revolutionize the way we communicate, providing faster speeds, lower latency, and more reliable connections. With the deployment of 5G networks, Japanese telecom companies can offer a range of new services, including augmented reality, virtual reality, and autonomous driving.
The Internet of Things (IoT) is another major trend in the Japanese telecommunications industry. IoT connectivity allows devices to connect and exchange data over the internet, creating new opportunities for businesses and consumers. In Japan, IoT is being used in various domains, including agriculture, healthcare, and transportation, to improve efficiency and productivity.
Cloud-based services are becoming increasingly popular in the Japanese telecommunications industry. With cloud-based services, businesses can access computing power, storage, and other resources over the internet, reducing the need for on-premises infrastructure. Cloud-based services are cost-effective, scalable, and provide enhanced security, making them an attractive option for businesses of all sizes.
The Japanese telecommunications industry is a dynamic and rapidly evolving sector. With the adoption of new technologies and services, the industry is set to experience significant growth in the coming years. Japanese telecom companies are leading the way in innovation, providing advanced solutions and services to meet the diverse needs of their customers.
Japan's top telecommunications companies offer a wide range of services to meet diverse customer needs. From mobile plans to broadband internet and digital solutions, these telecom providers have established themselves as leaders in the industry.
NTT DoCoMo is one of the largest mobile carriers in Japan, offering a variety of mobile plans and services. Their advanced network infrastructure provides high-speed internet connectivity and allows for seamless video streaming and online gaming. NTT DoCoMo also offers IoT connectivity and cloud-based services for businesses.
KDDI is another major player in Japan's telecom sector, offering both mobile and fixed-line services. Their mobile plans come with a range of features such as unlimited data usage and international roaming. KDDI also provides E-commerce solutions and IoT connectivity services for businesses.
SoftBank is known for its innovative services such as a mobile plan with unlimited data usage and a variety of digital services. Their advanced network infrastructure also includes 5G technology, providing lightning-fast internet speeds for users. SoftBank's digital solutions include cloud-based services and cybersecurity solutions for businesses.
Rakuten Mobile is a relatively new player in the Japanese telecom market but has made waves with its affordable mobile plans and transparent pricing. Their network infrastructure includes 4G and 5G technology, providing high-speed internet connectivity and seamless online streaming. Rakuten Mobile also offers services such as Rakuten Ecosystem for businesses to offer a digital experience to its customers.
These telecom companies pave the way for the industry, providing advanced technology solutions and innovative services to meet the evolving communication needs of the nation.
The telecommunications industry in Japan is a perfect example of technological advancements and innovative services. The country's top telecommunications companies have been pioneers in introducing cutting-edge technology solutions that have significantly improved communication services for individuals and businesses in Japan.
The well-established network infrastructure in Japan has played a vital role in providing reliable and high-speed communication services throughout the country. The Japanese telecom providers offer a wide range of services, including mobile plans, fixed-line, and internet services, to cater to diverse customer needs.
The industry trends and innovations have been revolutionary in shaping the future of the telecommunications industry in Japan. The introduction of 5G technology, IoT connectivity, and cloud-based services are expected to revolutionize communication services in the country further.
All in all, the telecommunications companies in Japan continue to set an excellent example for other telecom companies worldwide. Their focus on advanced technology, innovation, and customer satisfaction has helped them maintain their position as the top telecom companies in the world.


Belden Takes Home its First-Ever Emmy® Award
The Emmys® are one of the most prestigious awards in Hollywood. The red carpet. The designer dresses. The acceptance speeches.
This year, we’re thrilled to announce that the Emmy® goes to … Belden! Who would’ve thought that a cable and connector could win such a prestigious award?!
We recently found out that we have been named a 2020 Technology & Engineering Emmy® Award winner, recognized by the National Academy of Television Arts & Sciences (one of three Emmy® organizations, each focusing on a specific sector of television and broadcasting). The award is for our “Standardization and Commercialization of Television – Broadcast, Hybrid Electrical and Fiber-Optic Camera Cable and Connectors.”
Each year, the Technology & Engineering Emmy® Awards recognize talented and innovative leaders and companies making the world of television possible. This year, Belden is being honored for its significant impact on the broadcast industry and vital role in standardizing SMPTE cables.
As a broadcast engineer in the 1990s, and lead design engineer for our SMPTE cables, I remember when video first began its shift from analog
to digital. Belden has been at the helm of this transition from the very beginning.
At that time, Sony was working on high-definition video cameras but struggling to transmit the signals. A traditional copper camera cable couldn't transfer that amount of data over long distances (across a golf course or from the top of a mountain, for example), so they were looking for ways to use fiber instead.
In addition to distance, the cable would also need to provide power to the camera-they're rarely close to an outlet. We combined our broadcast technology knowledge with the expertise of fiber experts from Mohawk-a Belden brand-to create a new solution.
The result: the development and commercialization of the first SMPTE cables to meet North American standards. Commercially available since 1999, Belden SMPTE cables are still used today for various indoor and outdoor broadcast applications. The hybrid electrical and fiber-optic camera cable and connectors were standardized as SMPTE 304M/311M. This innovation accelerated adoption of digital video and allowed networks to confidently invest in digital camera equipment.
After these cables were developed, major broadcasters—from ESPN to NBC and CBS— started buying digital camera technology and the cables and connectors needed to support it. Rose Lockwood, Belden’s broadcast global accounts director, was instrumental in working with these networks and camera manufacturers to facilitate a successful transition from analog to digital cable.
Belden's SMPTE cable has performed through many technology changes and is an integral part of broadcast television. Now the industry is headed down a new path-ultra-high definition-and we're ready to support that transition, too.
Holding true to our reputation for constant technology innovation, we recently introduced a new solution to support this change to ultra-high definition (UHD) for 4K video.
Belden’s 4K UHD Coax Cable for 12G-SDI supports 4K or UHD content without an overhaul to IP or fiber. It maintains a 12 GHz bandwidth and maximizes 4K/UHD transmission distance over a single link, decreasing bulk associated with dual-link and quad-link configurations. Now manufacturers can integrate 12G-SDI ports into equipment to support traditional coax or upgrades to IP or fiber to support 4K/UHD broadcasting.
Having the best products in the world is one thing, but it also takes the right team: people who understand technical issues and why certain approaches are better than others. That combination is what leads to products becoming industry standard, just like our SMPTE cables. Winning this Emmy® was a team effort-and proof of Belden's ongoing commitment to innovation.


Online scientific journal “Philosophical problems of IT and Cyberspace” (ISSN:2305-3763)
The journal is listed in the Russian Science Citation Index and included in the Scientific Electronic Library for public access in the open platform of the scientific electronic library Cyberleninka (cyberleninka.ru) and in the international databases as UlrichWeb and EBSCO.
The first publications came out in 2010 as a collection of scientific articles issued after the international conference “Philosophical Problems of Information Technology and Cyberspace” held regularly in FSBEE for HVE Pyatigorsk State Linguistic University.
The publication has been issued as a journal since 2012.
Publication frequency: every six months (2 issues a year)


LG Electronics (LG), a global technology innovator in consumer electronics, has launched its 72-inch full LED 3D TV, the world’s largest at 59 inches wide and 40 inches tall.
The launch of the LZ9700 took place today (February 1) at The Address Downtown Hotel in Dubai.
With full HD resolution on an LED display, the LZ9700 delivers pictures as large and colourful as paintings at an art gallery, a statement said.
The extra spacious screen size also makes the picture more immersive than ever, offering viewers a 3D experience every bit as good as the screen in the local multiplex, it added.
“The LZ9700 combines the ultimate in LG’s 3D picture quality with our latest developments in connectivity and smart technology,” said H S Paik, president of LG Electronics Gulf.
“With the LZ9700, LG is poised to take the lead in the 3D TV market with a clearer, bigger screen that delivers a truly outstanding 3D experience. We are pleased to bring this unprecedented level of 3D entertainment to the UAE and look forward to further advancing our home entertainment offering in the region as a whole,” he added.
The TV is also fitted with LG’s latest smart technologies, making it possible to access information about travel and health among others by using the contents cube feature. Viewers can experience video streaming from YouTube and photos via Google’s free web photo service, Picasa.


Dhama Innovations Pvt. Ltd. is a world pioneer in temperature-based wearable electronics. We made our beginnings in the year 2008 with the innovation of our proprietary patented technology, ClimaCon®.
ClimaCon® is the only wearable technology that allows users to precisely control temperature within a wide operating range of 38 °F (4 °C) to 140 °F (60 °C) at the touch of a button. ClimaCon® has been fashioned into a futuristic product portfolio that meets various applications in healthcare, consumer lifestyle and sports sectors.
Dhama is passionate about revolutionizing the way people perceive the world around them to bring about a quantum leap in the way they live and think.
They are focused on applying a seamless combination of innovative technology and human-centric design to develop new products that significantly improve people’s lives.
With a team of designers, engineers and strategists from premier institutes like Massachusetts Institute of Technology (MIT), Indian Institute of Technology (IIT), and National Institute of Design (NID)) who love to tinker with technology, experiment with ideas and give shape to their vision of making beautifully functional technology and products a reality. Through constantly innovating and developing new technology and products, their goal is to create a pain free world.


Sleepy Hallow •Still Sleep?• Bluetooth Speaker Rechargeable Rolling Tray
USB cable + tray + flannel bag
Material : ABS
Size 350*200*37mm (13.8*7.9*1.44in)
Unit weight : 440g
GLOW EFFECT: The light up tray can provide 7 colors of light.
You can switch according to your preferences to get the results.
When you use speaker mode, the light can flash accordingly to the rhythm of the music.
SPEAKER MODE: The glow tray with speaker mode! Built in Bluetooth audio player with new technology, you can connect the Bluetooth of the glow tray through a smartphone, tablet or computer, and freely change the music and volume.


How MAHLE is seizing the chance to apply tried-and-tested technology to a new drive.
Driving to work, making a quick stop at the supermarket on the way home, and collecting the kids from sports practice – using only electric power. Then hitting the freeway at the weekend to visit the grandparents, without worrying about the cruising range of your car.
A hybrid vehicle combines two drive concepts and enables the use of the most appropriate option for a particular driving situation. Whereas the energy for short distances comes from the battery, drivers can rely on the proven practical advantages of conventional or even synthetic fuels for longer journeys. Through its recently developed Modular Hybrid Powertrain (MMHP), MAHLE has given proven hybrid technology a decisive advantage. The Modular Hybrid Powertrain is a cost-efficient, compact, and low weight plug-in hybrid drive, which can be tailored to suit a wide range of vehicle applications. As a result, hybrid vehicles can play an even greater role in achieving climate goals in the future.
Dedicated Hybrid Engine (DHE) designed in-house by MAHLE. Twin cylinder, turbocharged with passive MAHLE Jet Ignition® (MJI) for high fuel efficiency.
MAHLE high voltage inverter integrated directly into generator housing. Direct drive traction motor (at rear of engine) also has integrated inverter.
Compact transmission with one, two, or four gears. Direct drive from traction motor, without a clutch, provides full vehicle dynamic performance.
ON THE ROAD FOR 2030 – AND BEYOND
A classic combustion engine and an electric motor in one vehicle – these are the characteristics of a hybrid car.
However, existing hybrid units still leave room for improvement. MAHLE quickly recognized that this process could be taken a step further, developing its own solution for this important future technology: MAHLE Modular Hybrid Powertrain (MMHP). Its combustion engine can follow a very simplified design since vehicle pull away and acceleration are covered by the electric motor. The MMHP combines the dedicated hybrid engine (DHE), generator, traction motor transmission, and power electronics in a fully integrated assembly. MAHLE also added its pre-chamber combustion system, known as MAHLE Jet Ignition®, or MJI, to the DHE to enable extremely efficient operation.
The advantages of the system are that all of the necessary elements are integrated into a single compact, lightweight electric drive unit, making the wholesystem more efficient, smaller, lighter, lower-cost, and scalable for different vehicle sizes—from small city cars through heavy SUVs. This means that the powertrain technology is less expensive and therefore more attractive to the end customer. With its Modular Hybrid Powertrain, MAHLE is making another important contribution to narrowing the gap between conventional and purely electric mobility – as well as playing a timely and therefore valuable role in increasing the efficiency of mobility by striking a balance with its hybrid concept.
MILD, FULL, OR PLUG-IN? DIFFERENT TYPES OF HYBRID, DIFFERENT CHARACTERISTICS.
Small amount of electric power. The electric motor aids acceleration but is not powerful enough to drive the vehicle by itself. When driving, the combustion engine is always running.
Full power using two forms of technology. The electric motor and the combustion engine work independently, or combined with each other. This means that full hybrids can run entirely on electric power over short distances.
A full hybrid concept with one advantage: the battery can be recharged via a plug from an external electricity source while the car is parked.
MAHLE Modular Hybrid
MAHLE Modular Hybrid Powertrain (MMHP) The MAHLE Modular Hybrid Powertrain includes an engine, generator, traction motor, transmission, and power electronics – all in one fully integrated assembly. The heart of the system is the MAHLE Dedicated Hybrid Engine, a combustion engine for use in hybrids developed in-house by MAHLE using a compact, twin-cylinder design with high fuel efficiency thanks to MAHLE’s Jet Ignition® Technology. This new hybrid electric drive with optimized cooling is low-cost, lightweight, compact, and adaptable for full vehicle dynamic performance. The benefits of the system at a glance: lower fuel consumption, reduced emissions, minimized package space, and easy to adapt to multiple vehicle applications.


Umfang: XII, 420 S., 105 s/w Illustr., 105 b/w ill.
Format (T/L/B): 2.8 x 24.7 x 18.1 cm
Auflage: 1. Auflage 2017
Einband: gebundenes Buch
By discussing topics such as shape representations, relaxation theory and optimal transport, trends and synergies of mathematical tools required for optimization of geometry and topology of shapes are explored. Furthermore, applications in science and engineering, including economics, social sciences, biology, physics and image processing are covered. Contents Part I Geometric issues in PDE problems related to the infinity Laplace operator Solution of free boundary problems in the presence of geometric uncertainties Distributed and boundary control problems for the semidiscrete CahnHilliard/NavierStokes system with nonsmooth GinzburgLandau energies Highorder topological expansions for Helmholtz problems in 2D On a new phase field model for the approximation of interfacial energies of multiphase systems Optimization of eigenvalues and eigenmodes by using the adjoint method Discrete varifolds and surface approximation Part II Weak MongeAmpere solutions of the semidiscrete optimal transportation problem Optimal transportation theory with repulsive costs Wardrop equilibria: longterm variant, degenerate anisotropic PDEs and numerical approximations On the Lagrangian branched transport model and the equivalence with its Eulerian formulation On some nonlinear evolution systems which are perturbations of Wasserstein gradient flows Pressureless Euler equations with maximal density constraint: a timesplitting scheme Convergence of a fully discrete variational scheme for a thinfilm equatio Interpretation of finite volume discretization schemes for the FokkerPlanck equation as gradient flows for the discrete Wasserstein distance
M. Bergounioux; É. Oudet; M. Rumpf; G. Carlier; T. Champion; F. Santambrogio.


Pilot testing will begin on February 7, 2019, for the Outdoor Wireless Project.
The 12 for 12 password requirement change is less than one month away.
UCCS Downtown Technology
UCCS Downtown uses a variety of technology and room layouts to create unique learning, meeting and collaboration spaces. There are three unique areas in the room which each provide a different function for various needs of end users. All spaces use a wireless presentation device, a Dell touch screen monitor with a built-in PC, and an easy to use touch screen to control each system programmed by UCCS OIT Staff.
A collaboration space is available which allows students to collaborate on tasks before, after and between classes.
Collaboration Space with ADA adjustable height mount
A video conference room has been designed to use any soft codec we have installed on the PC. With the built-in PCs, that are in the Dell Touch Screens, users are able to use any unified communication platform. The echo canceling microphone, along with the speaker array system, provides an unforgettable and seamless experience.
Conference Room Telepresence system
The classroom space provides an easy to use presentation area which also includes a wide variety of additional uses as well. There are three presentation modes, with two different screens and an audio-only mode which utilizes a hidden Bose, state of the art, speaker system.
OIT Supported Classrooms Phone Upgrade
OIT supported classrooms will be getting a phone upgrade over Spring Break. Over eighty different rooms will be upgraded to Cisco 7841 phones. These four button phones will feature two-speed dials: Academic Support and Public Safety, and meet ADA standards once properly wall mounted. The Academic Support team will be installing these new phones over Spring Break and is just one way that Unified Communications is providing consistency of telephony devices on campus.


An international team of researchers, led by Sweden's Lund University, has developed a method to accurately date up to ten-thousand-year-old human remains by using artificial intelligence to analyze DNA.
Being able to accurately date ancient human remains is essential to mapping out how people migrated throughout world history.
Radiocarbon dating, based on the ratio between two different carbon isotopes, has been the standard dating method since the 1950s. However, the technology isn't always reliable when it comes to accuracy. This makes it tricky to map how ancient people are related and how they moved.
The research team's new method, published in Cell Reports Methods, could be an essential tool for archaeologists and paleogenomicists.
"Unreliable dating is a major problem, resulting in vague and contradictory results. Our method uses artificial intelligence to date genomes via their DNA with great accuracy," said Eran Elhaik, a molecular cell biologist at Lund University.
The method, called temporal population structure (TPS), can be used to date genomes that are up to 10,000 years old. Researchers analyzed around 5,000 human remains, ranging from the Late Mesolithic period (10,000-8,000 BC) to the modern era. They were able to date the studied samples with an accuracy that is rarely seen.
"We show that information about the period in which people lived is encoded in the genetic material. By figuring out how to interpret it and position it in time, we managed to date it with the help of AI," explained Elhaik.
The team does not expect TPS to completely replace radiocarbon dating but instead sees it as a complementary tool that can be used when there is uncertainty around a radiocarbon dating result.
"Radiocarbon dating can be very unstable and is affected by the quality of the material being examined. Our method is based on DNA, which makes it very solid. Now we can seriously begin to trace the origins of ancient people and map their migration routes," said Elhaik.
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November 8, 1895, WC ROENCGEN confirmed that fluorescence was caused by unknown rays during an experiment using a closed-off cathode tube, He named it X-rays, and published a paper on December 8, 1895, which granted him the 1st Nobel Prize in Physics.
Actions of X-Ray
- Physical Reaction
: Excitement, ionization, exothermic and fluorescent reaction
- Chemical Reaction
: When ionization or excitation is generated due to the high-speed electrons made by X-rays, chemical changes may occur.
- Physical, Chemical Reaction
: Like visible light, X-rays have a photographic effect on photosensitizers. Accordingly, X-ray generates the internal structure of the human body on the film image and used for dose measurement with its chromatic effect.
- Biological Reaction
: In addition to acute effects such as skin erythema and ulceration, x-rays have a latent effect that is expressed after a long incubation period, so it can cause aging and genetic disorders. Moreover, X-ray is used for radiation treatment of malignant tumors.