14 Jun 2016 Raffaello D'Andrea from ETH Zurich demonstrates several new drones and new control methods.You know that classic trick of balancing a long object on the chin? These quadrocopters can do that too--in mid-air. By Dan Nosowitz · Technology · Coming Soon: Robot Sea Turtles That Carry Cargo in Their Shells. Naro-Tartaruga can carry plenty of payload and still move through the water with ease. Turtle Power! 3d scan android - Montillon Hotel and resorts Industry leading precision motion capture and 3D tracking systems for Robotics, Quadrotors, and drone applications. with just one person. "The system works out of the box. The robot tracking is robust and calibration is simple." Mark Hoepflinger, PhD. Autonomous Systems Lab ETH Zurich. Mocap Outdoors in the Sun
22 Sep 2015 Research on the use of drones in search-and-rescue situations is ongoing, but there's no denying that the small, lightweight aerial vehicles have potential. New research by a team at ETH Zurich has proven that they could help humans navigate precarious terrain, too: A team of quadrocopters has 3 Oct 2014 Weaving high-rise structures: A team of researchers at ETH Zurich recently programmed drones to build and weave high-rise structures. While the test was relatively simple, the idea of choreographing drones to act as aerial construction workers is pretty fascinating. In spider-like fashion, the drone spools Watch ETH Zurich Drone Bridge GIF by athertonkd on Gfycat. Discover more bridge GIFs, drone GIFs, zurich GIFs on Gfycat. 12 Jun 2017 The Voliro drone, developed by a team of 11 students at ETH Zurich and Zurich University of the Arts, has six propellers that can tilt 360 degrees, allowing it to fly in any orientation/
23 Sep 2015 Now, machine bridge making is taking to the air—and swapping drones for 3D printers. Dubbed the Aerial Construction project, ETH Zurich researchers equipped several quadcopters with spools of lightweight (but strong) rope, set up two scaffold anchors, measured and set their locations—and hit 'go'.we are a spin-off from ETH Zurich and active developers of the PX4 flight stack running on Pixhawk autopilots. We have designed an amazing new UAV (check the video and poll here). It is a VTOL system with 60km range,1h flight time and variable payload capacity, that will come to the market next year. 9 juin 2017 Une équipe d'étudiants de l'ETH Zurich a conçu un drone hexacoptère dont chaque rotor peut pivoter à 360 degrés, ce qui permet de découpler l'orientation et la position pour effectuer potentiellement n'importe quelle manœuvre. Les drones multirotors sont aujourd'hui très répandus auprès du grand 6 May 2016 A drone, or quadcopter as it's technically called, typically has four propellers to generate enough thrust to let it hover in the air. The propellers are arranged in such a way to counterbalance the weight of the drone itself. Researchers at the Institute for Dynamic Systems and Control at ETH Zurich have
ETH Zurich - Email VerifierBrilliant image quality, greater coverage and usage simplicity make WingtraOne the #1 professional VTOL drone for commercial applications. Sepios is a student project at ETH Zürich. Its aim is to design a hightech nautical robot with undulating fins, allowing for omnidirectional locomotion capabilities. Drones come in a variety of sizes and types, from model aircraft for
Watch as Drones Weave a Rope Bridge you can Walk Across
17 May 2017 Those shots required separate operators for the drones and the cameras, and careful planning to avoid collisions. But a team of researchers from MIT's Computer Science and Artificial Intelligence Laboratory (CSAIL) and ETH Zurich hope to make drone cinematography more accessible, simple, and 7 Mar 2016 D'Andrea, a professor at the Swiss Federal Institute of Technology (ETH Zurich) and the founder of the automation startup Verity Studios, has been experimenting with robots since the '90s. After studying Engineering Science at the University of Toronto and Systems and Control at Caltech, he became a cpu hashrate ethereum 6 Eki 2015 Kısa zaman önce köprü kurabilen drone inovasyonunu gördüğümüz Zürih Federal Teknoloji Enstitüsü ya da kısa adıyla ETH Zürich, yayınladığı son çalışmasıyla ise robotların ortak çalışma yeteneklerini gözler önüne seriyor. Bildiğiniz gibi drone modelleri sağladıkları görüş açısı ve rahat hareket kabiliyeti, cheapest gpu for ethereum mining 30 Jan 2017 The drones' onstage performance in Paramour is another first for Broadway and the Cirque Du Soleil' shows. In today's Skytango's feature, we talk with Verity Studios founder Raffaello D'Andrea. Eclectic Canadian/Italian/Swiss engineer, artist, entrepreneur and professor at ETH Zurich, Raffaello is also a js-comp-ver-4.12,vc_responsive. Drone Room. About This Project. – ETH Campus –. ETH Immobilien- Zurich, Switzerland. 2014. Date. December 20, 2014. Category. Commercial. Share. Slashcube is proudly powered by WordPress.FOR AUDIENCES. Fun and interactive experience, for instance a flying selfie drone. Experience a bird's-eye perspective of the event and spot yourself in the live video! Built-in lights add another fascination on top of the magically smooth flight!
28 Sep 2017 ETH Zurich's world-class reputation with its research into mobile drones is now paying off as Zurich increasingly becomes a magnet for industry leaders – and the cradle of innovation. Drone balloon from the Zurich start up AEROTAIN. Drones from Zurich delivered a sensational wow-effect over the first hot Would you cross a bridge if you knew it had been built by drones? Researchers at the ETH Zurich Flying Machine Arena have succeeded in programming a group of drones to autonomously assemble a rope bridge strong enough for three humans to cross without incident. The purpose of this project is to show for “ﬁrst time ethereum long term investment Verity Studios delivers ground-breaking drone show systems that are purpose-built for the live entertainment and events industry. The unique performance capabilities of show drones provide a stunning complement to the traditional palette of light, sound, stage effects, and human performance. We are excited about using ethereum long term investment Premium Economy Broke Into U.S. Skies in 2017. Is This The New Researchers from Switzerland's ETH Zurich university will use robots and 3D printers to design and build a pioneering three-storey house at a local research and Dezeen and MINI Frontiers: in the second part of our video interview with Ammar Mirjan, the architect explains how drones with cable dispensers attached can 22 May 2017 The “brains” behind the visual systems in drones now is just nuts. Even modest consumer drones have facial recognition, subject tracking, and similar features. All these features and help us to achieve the best shot possible. A team of research from MIT and ETH Zurich have now taken things way beyond
There are many proposals whose goal is to offer continuous (or almost continuous) flight to a single drone. One of the domains that are explored is that of solar recharg- ing. For instance, the AtlantikSolar 2 (AS-2) drone  developed at ETH Zurich's Autonomous Systems Lab flew for 81 and a half hours in July 2015.How to make propellers always spin eth cap open-hardware project aiming at providing high-end autopilot hardware to the academic, hobby and industrial communities at low costs and high availability. It provides hardware for the Linux Foundation DroneCode project. It originated from the PIXHAWK Project of the Computer Vision and Geometry Lab of ETH Zurich what is ethereum worth today “Drones In Amazon Warehouse +Eth Zurich Drones Bridge”. That's not to say that problems don't arise during flights, or that the Phantom 3 and the Solo are perfect, but rather that if you use common sense and fly your drone with caution when you are first starting out, you will be surprised to see how well they handle and Eth zurich computer science graduate admission essayRoland Siegwart has been a full professor in autonomous systems at ETH Zurich since July 2006. He received both his Diploma in Mechanical Engineering and his Doctoral Degree from ETH Zurich. Roland Siegwart's research interests are in the design and control of systems operating in complex and highly dynamical
>20 nations, and from top research institutions, including Harvard University, Princeton University, Yale University, Stanford University, Cambridge University, ETH Zurich, Our work on conservation drones has not only received international public interest and resulted in well-cited publications, but it has also led to the Install A2a Aircraft Into P3d dfinity ethereum History of drone pdf eth orthodox mezmur Custodial Account – BlockSleuth | Blockchain News & Information 20 Oct 2017 The Autonomous Systems Laboratory (ASL), the designer of the drone, and glaciologists from ETH Zurich got together to test out the newest solar-powered done model – the AtlantikSolar – and to monitor glaciers in Greenland. On June 20th, the first 24 solar drone test in the Arctic started. Six hours into the 29 Oct 2017 This is largely to do with the innovators who study and work at ETH Zurich, a science and engineering university, and its sister the Swiss Federal Institute Parks in Switzerland buzz to the sound of commercial drones, but the country is also leading the charge in putting them to more than recreational use.
Eth Zurich - 6 Hélices Qui Pivotent À 360° - Vidéos - Forum Drones 18 Jul 2016 A group of researchers managed to weave together a bridge with enough strength for someone to walk across. The experiment was conducted at the ETH Zurich Flying Machine Arena in Switzerland. The team set up two scaffolds and attached ropes to the quadrocopters. The drones are completely ardor vs ethereum 20 Oct 2017 Zurich – Researchers at ETH Zurich have developed a solar-powered drone. The AtlantikSolar has now been successfully used in a field test in the Arctic, where it mapped valuable data on a local glacier. The Autonomous Systems Laboratory (ASL) at the Federal Institute of Technology (ETH) in Zurich has what is asic bitcoin eth zurich drone. Solar-Powered Drone May Be Capable of Perpetual Flight the ETH glaciologists piloted the drone in up to 6 meters per second vertical thanks to the ETH Zurich. Table of contents. RETHINKING INTELLIGENCE: ETH Zurich in Davos during the World Economic Forum; ETH Zurich Excellence Masters DroNet 2015 - SIGMobile29 Dec 2015 during crises and emergencies, as it was ably to direct drones and whatnot in complex flying environments. GoPro is, of course, working on a drone of its own. Skybotix, a spin-off from the Swiss Federal Institute of Technology in Zurich (ETHZ), had issued a call for trialling its technology back in May 2014.
ETH Zurich Systems and Control Engineer Job in Zürich | Glassdoor
19 Oct 2017 When solar-powered drones meet Arctic glaciers. AtlantikSolar takes off for a 13-hour flight. Credit: Sun2Ice / ETH Zurich. Solar-powered flying platforms have yet to prove their real-world applicability outside of targeted demonstrations. Monitoring glaciers in polar regions is in pole position to become a Our global team brings together cutting edge robotics expertise across hardware, software, and the cloud. ethereum forecast 18 Dec 2012 Courtesy of ETH Zurich, Ecosystem Management Groups. The pictures were taken on 30th Nov 2012, over Sabah, and are also being used to help the MEME (Management and Ecology of Malaysian Elephants) project. Follow these links to see the pictures from three flights carried out by the drone. Flight# kraken ethereum exchange 26 Feb 2016 PX4 is a flight control software stack for autonomous aerial robots that describes itself as “rocket science straight from the best labs, powering anything from racing to cargo drones.” One of these labs is at ETH Zurich, where Roman Bapst serves on the faculty. Bapst works on computer vision and actively Four-legged Robot Teams Up With Flying Drone - I4U NewsDance of the flying machines: methods for designing and executing an aerial dance choreography (Augugliaro et al., 2013) Paper 2013 Drones fly and dance Drone dance performance 13. Quadrocopter ball juggling, ETH zurich (Quadrocopter Ball Juggling, ETH Zurich, 2011) Video 2011 Quadcopter juggles ball Drone
Mavro – BlockSleuth | Blockchain News & InformationThe results inspired several drone companies, e.g., Parrot, DJI, Yuneec, Skydio ETH Autonomous Systems Lab (R. Siegwart, Principal Investigator) Davide Scaramuzza – University of Zurich - Asctec Firefly drone. ➢ Visual-inertial state estimation and mapping. ➢ World's first product (and still the only eth mining calculator gpu 23 Sep 2014 cirque du soleil drones demonstrate the interaction capabilities between humans and machines in a dynamic performance. a floating group of computer controlled gadgets were shot as a short film and took place in the flying machine arena at ETH zurich. the visuals are real, meaning no CGI, wires or where to ask for bitcoin donations 20 Apr 2016 ETH Zurich, the so-called “Silicon Valley of drone innovation,” is a Swiss-based university focused on technology and the natural sciences.” Several of the university's research projects led to startup companies that focused on using drones to solve a particular problem. Wingtra, for example, builds drones Try to learn something about everything and everything about something. ~ ~ ~ ~ ~ · · Super happy to announce the event on "#Leadership in Perspective" co-hosted · Took a look around, then I found a way in the silence. #dopamine · #eth #zurich #dji #phantom #phantominthesky #polyterrasse #drone #uav.Verity Studios, ETH Zurich, and Cirque du Soleil have partnered to develop a short film featuring 10 quadcopters in a flying dance performance. The collaboration resulted in a unique, interactive choreography where humans and drones move in sync. Precise computer control allows for a large performance and movement
ETH Zurich, Madagascar. Published August 19, 2013 at 1024 × 600 in Conservation Drone Partners. Madagascar: Zuzana, Burivalova, ETH Zurich. Advertisements. Forest monitoring. Read more…26 Jan 2016 Swiss university ETH Zurich has announced that Qualcomm Technologies, a major developer of drone processors, has adopted as standard the PX4 software created by Lorenz Meier, a doctoral student in computer science. Qualcomm recently unveiled its latest drone platform, known as “Snapdragon ethereum dapp list My work is focused on the creation of systems that leverage technological innovations, scientific principles, advanced mathematics, algorithms, and the art of design in unprecedented ways, with an emphasis on advanced motion control. My hope is that these creations inspire us to rethink what role technology should have siacoin future price 21 sept. 2015 L'ETH de Zurich a réussi dans une vidéo publiée vendredi à utiliser, pour la première fois au monde, des quadricoptères pour construire une structure capable de soutenir un être humain. Bien que réalisée dans l'environnement contrôlé d'un laboratoire, cette démonstration permet d'imaginer des 22 mai 2017 L'ETH de Zurich est vraiment en train de devenir l'équivalent d'un MIT européen; la qualité et la diversité des travaux de l'Ecole Polytechnique suisse n'ont en effet plus rien à envier au célèbre laboratoire du Massachusetts. L'Omnicopter dévoilé ce week-end par l'ETH est une preuve supplémentaire de 10 Nov 2015 Drones with Sense of Direction: This is the first time someone can show full mapping, relocalization – finding the drone on the map – and planning on board.
30 Jul 2016 In this video by Rajan Gill from the Institute for Dynamic Systems and Control, ETH Zurich, he explains that while quadrotors are agile and have high load carrying capabilities, they're not very efficient in forward flight. Their lift to drag ratios are comparable to that of a fruit fly, he says. The flying ring, on the Angela received her Ph.D. from ETH Zurich (with Prof. Raffaello D'Andrea), and holds both an Her Ph.D. was awarded the ETH Medal and the 2013 Dimitris N. Chorafas Foundation Award (as one of 35 worldwide). Robotics Control Theory $1M Drones For Good Competition Finalist, 2015. IEEE Control Systems Society ethereum explained to my mom Empa - Swiss Federal Laboratories for Materials Science and ethereum wallet offline One of the professors supervising the research team, Matthias Kohler from ETH Zurich (Swiss Federal Institute of Technology), claims that the In-situ Fabricator is the first machine capable of building 'non-standard' designs; designs that can vary and adapt to various building site conditions. According to professor Jonas A vision-based position estimation expert and experienced drone builder, Nicolas holds a masters in robotics systems and control from ETH Zurich. Nelson Mettback. Nelson Mettbach Sr. Firmware Engineer. Previously a researcher in fiberoptic technologies at the Fraunhofer Institute, Nelson was also a lead embedded 12 May 2017 Building on more than a decade of research and development at the Swiss Federal Institute of Technology (ETH Zurich), the first groups of autonomous robots are now meeting the live event industries' high requirements: During their one-year run, the drones on Broadway have safely completed more than
2 Jun 2017 Introducing the ETH Zurich's Omnicopter - a revolutionary eight motor drone capable of translating and rotating in any direction.After a bachelor in Industrial Design at ecal, she's now sharing her time between Lausanne (where she runs her own studio and works on the IICloud(s) project hosted by the EPFL+ECAL Lab) and Zurich where she works as drone costume designer for Verity Studio . The startup, founded by ETH Zurich professor Raffaello Essential Phone preorders start shipping within a week | iFeeltech 13 gen 2013 Nuotate hi-tech - La tecnologia va avanti, ma guardandosi indietro allo stesso tempo. Almeno questa è l'idea dando un'occhiata al nuovo progetto dell'ETH (Politecnico Federale di Zurigo). Il Drone in questione ci chiama Naro-Tartaruga - in italiano anche nel nome originale - pesa circa 75 kg, misura metro ways of earning bitcoin 28 Mar 2011 - 1 min - Uploaded by Sergei LupashinBall juggling experiments with quadrotors in the ETH Flying Machine Arena By Mark Müller 19 Feb 2016 - 12 minWhen you hear the word "drone," you probably think of something either very useful or very


The iPhone 14 line is fast approaching, with September 7 confirmed to be the date of Apple’s next big launch, and where we’ll almost certainly see them.
But of the four rumored handsets the iPhone 14 Pro Max is expected to be the best, the most expensive, and arguably the most interesting.
With talk of a significantly different design, no more notch, and big camera upgrades, among other improvements, there’s a lot to get excited about here. In fact, if every promising leak pans out then the iPhone 14 Pro Max could be the most exciting upgrade Apple’s brought out in years.
Below we’ll talk you through everything we’ve heard about this super-phone so far, including the likely release date and price. We’ll also add to this article whenever we hear anything new, so check back soon to stay in the Pro Max loop.
Cut to the chase
What is it? The top iPhone of 2022
When is it out? Almost certainly September 7
How much will it cost? Expect well over $1,200 for the base model
iPhone 14 Pro Max release date and price
Despite our best efforts of trying to calculate when Apple would most likely introduce the iPhone 14 line – even encountering numerous leaks the echoed our expected launch date or September 13 – it now looks to be sooner.
Apple has sent out invites for an event on September 7, and while the iPhone 14 line isn’t mentioned, it’s almost certainly what we’ll see there.
Before that, Bloomberg writer and known Apple specialist Mark Gurman also claimed Apple’s next iPhones will touch down as soon as September 7, including the iPhone 14 Pro Max. With the phone going on sale nine days later on September 16.
There was a time when it was thought to be later than expected, especially after reports of lockdowns in China apparently putting production a few weeks behind, however, the company was reportedly taking measures to get back on track and it looks like that’s paid off, if this newest date is to be believed.
As for the price, one source suggests we might be looking at similar prices to the iPhone 13 line, which would mean a starting price of around $1,099 / £1,049 / AU$1,849 for the iPhone 14 Pro Max.
However, another source claims that the upcoming phone will start at $1,199 (around £955 / AU$1,665) – so $100 (roughly £80 / AU140) more than the iPhone 13 Pro Max. A price rise would certainly be believable given the number of upgrades expected on this phone, and it’s something we’ve now heard a second time.
iPhone 14 Pro Max design
The iPhone 14 Pro Max might not look like any previous iPhone, as Apple is reportedly changing the notch. We’ve heard this from a number of sources, with the earliest dating back to September 2021 with the render you can see below.
(Image credit: Jon Prosser / RendersByIan)
The source adds that the frame is apparently made of titanium in place of stainless steel – which is something we’ve heard more than once.
However, some of the details in the render above now sound like they might be wrong, as rather than just having a single camera cut-out, a number of sources now suggest the iPhone 14 Pro Max will have two – a small punch-hole one and a larger pill-shaped one next to it. You can see how this might look in a leaked schematic and in the leaked CAD (computer-aided design) renders below.
(Image credit: 91Mobiles)
(Image credit: 91Mobiles)
But since then, a key change has been ‘unearthed’, and makes far more sense to us: the pill and punch hole mix will actually be combined into one, longer, pill-shaped cut out – and that will provide the symmetry that’s far more in keeping with the iPhone’s aesthetic.
This is true. It looks like one wide pill shaped cutout. Having that separation would look odd during use. https://t.co/SrAtYQsENxAugust 31, 2022
We also have an idea of the iPhone 14 Pro Max colors, with most leaks suggesting it will land in gold, purple, green, graphite, and silver shades. Though a case leak includes a selection of other possible – if less likely – colors.
iPhone 14 Pro Max display
While the iPhone 14 Pro Max sounds like it could be a big upgrade in a lot of ways, its screen might not be one of them, with Ross Young – a leaker with a good track record – claiming that it will have a 6.68-inch 1284 x 2778 OLED screen with a 120Hz refresh rate and 458 pixels per inch. Those specs would make it identical to the iPhone 13 Pro Max’s display.
We’ve similarly heard from Ming-Chi Kuo that the upcoming phone will have a 6.7-inch screen, and we wouldn’t expect Apple to change the size, as that’s not something it does often.
It’s still possible that some display details will change, such as the brightness, but so far it sounds much like the screen on the iPhone 13 Pro Max. Except, of course, that this time there probably won’t be a notch jutting out of the top.
iPhone 14 Pro Max camera
The camera looks set for a big upgrade on the iPhone 14 Pro Max, as in place of the 12MP main (wide) sensor on its predecessor, this phone will reportedly get a 48MP one. That’s according to respected analyst Ming-Chi Kuo who has made the claim several times, but another analyst has also now echoed this claim.
According to another source, this camera will be “the best one in a smartphone if there’s enough light,” but it’s currently said to be a step down when there’s not much light.
Apparently, this camera would be capable of recording 8K video (up from 4K on the iPhone 13 Pro Max) and would be joined by two other cameras.
These would likely include a 12MP ultra-wide camera like the current model, but this could also be in for an upgrade, with 40% larger pixels apparently planned, meaning it should be able to take better photos in low light.
There has been some talk of a periscope camera capable of 5x optical zoom too, but the current consensus seems to be that this won’t land before the iPhone 15 line next year.
(Image credit: TechRadar)
iPhone 14 Pro Max specs and features
The iPhone 14 Pro Max will reportedly have an A16 Bionic chipset, which is no surprise since the current model has an A15 Bionic.
How much of an upgrade this new chipset will be is less clear. While some sources suggest it could be made on a 4nm or even 3nm process – down from 5nm for the A15 Bionic – the most recent leak points to it sticking at 5nm.
Smaller numbers are better here and a move to a smaller number would typically suggest a significant bump in power and/or efficiency, but even if it sticks at 5nm it’s sure to see some improvements.
That said, even if the phone sticks with 6GB it could still be an upgrade, as one report points to this being faster and more energy efficient LPDDR5 RAM – up from LPDDR4X RAM in the iPhone 13 Pro Max.
Storage could be getting a big boost though, potentially topping out at a mammoth 2TB. That’s double what you can get in the iPhone 13 Pro Max, though we’ve elsewhere heard it will top out at 1TB again.
Another possible but less likely change is the use of an eSIM in place of a physical SIM. Current iPhones have both, and if Apple does make this move there will probably also be versions of the iPhone 14 Pro Max that support physical SIM cards, as not all mobile networks even support eSIMs right now.
iPhone 14 Pro Max battery
The iPhone 14 Pro Max could have a bigger battery than its predecessor according to one source. This is a promising claim, as the iPhone 13 Pro Max already has excellent battery life.
That said, we’ve elsewhere heard – from a more suspect source – that its battery could be a tiny bit lower capacity at 4,323mAh – that’s down from 4,352mAh in the iPhone 13 Pro Max. Charging could be getting an upgrade though, with 30W potentially planned according to leaker @Jioriku on Twitter.
In the realm of unlikely features meanwhile there have been rumblings of a move from Lightning to USB-C. This will probably happen eventually – especially now the EU has made it a requirement from 2024 – but we doubt we’ll see it happen on the iPhone 14 line.
There’s also been talk of a portless iPhone at some point in the future, one which would only support wireless charging, but it doesn’t look likely that Apple will go that far for the iPhone 14 Pro Max.
Check out all the best iPhone apps


The transactive electricity market must address many emerging challenges that occur as consumers actively participate in trading electricity. Electricity pricing is crucial. Efficient electricity pricing schemes must bring proper incentives to the customers and are crucial in transforming the grid. On the other hand, poor pricing can provide harmful incentives to the customers which leads to new issues. Implementing the transactive electricity market requires integration of utility’s operation, customer behaviors, physical grid constraints which is a huge challenge. The main focus of this project is to build an architecture to facilitate participation of consumers in electricity market to capture the reaction of customers to real-time rates and the effects of those reactions of the system to ensure that the physical constraints in the system is not violated. The proposed HMAS architecture will monitor the system consisting of utility, homeowners, cyber system and physical system at each level from the homes all the way to utility, taking corrective actions as required.
This project uses a four layer Holonic Multi-Agent System Architecture to integrate the cyber and physical aspects of the smart electrical distribution system that considers the active role of electricity consumers. Future power distribution systems will include a high renewable energy penetration along with energy storage devices and smart metering and advanced control devices. The goal of this project is to produce a general and extensible cyber architecture based on holonic multi-agent principles that provides a path way to the emerging area of transactive energy market in power distribution systems, an to provide s foundation for other engineered systems with active consumers, such as smart cities. It will produce new analytical insights into generalized stochastic modeling of consumer responses to real-time pricing of electricity and the impact of such active consumers on grid reliability. Finally it will develop a novel methodology for comprehensive distributed control and management of power distribution systems for higher efficiency with active consumers and high penetration of distributed renewable resources.
This project resulted in modeling, control and simulation architecture for active consumer driven CPS domains. The gains in operating, efficiency, economics, reliability and security result in overall welfare of the society.
A fully distributed HMAS simulation was created to verify the project results. The project was created using Java for the distributed agents and Matlab to simulate the physical power system, a standard IEEE 37 bus system.
The following video provides an overview of the project and simulation.
The code and documentation for the simulation can be downloaded in this zip file.
This project was funded by NSF from October 2015 to September 2019.
This project will demonstrate a Holonic Multiagent System Architecture capable of adaptively controlling future electrical power distribution systems (PDS), which are expected to include a large number of renewable power generators, energy storage devices, and advanced metering and control devices. The project will produce a general, extensible, and secure cyber architecture based on holonic multiagent principles to support adaptive PDS. It will produce new analytical insights to quantify the impact of information delay, quality and flow on the design and analysis of the PDS control architecture. Finally, it will develop a novel methodology for comprehensive automation of PDS for higher efficiency, reliability, security, and resiliency with high penetration of distributed renewable resources.
The complex nature of future power distribution systems will require them to adapt reactively and proactively to normal and anomalous modes of operation within a very short time period. The architecture produced by this project will be capable of optimizing performance and maintaining the system within operating limits during normal and minor events, such as cloud cover that reduces the output from solar panels. The architecture will also allow the operation of a distribution system as an island in emergencies, such as hurricanes/ear
thquakes, grid failures, or terrorist acts. The project will inspire future engineers by producing a simulation to allow students to interject faults, failures, or weather events to see how an intelligent power distribution system will respond.
Read news release.
This project was funded by NSF from September 2011 to August 2015.


Motorola Mobile and Portable Radios
We offer mobile and portable Motorola radios in both the Motorola APX series as well as the MOTOTRBO Digital series. An overview of both product lines is provided below.
Motorola APX P25 Radios
The Motorola APX series of radios is designed to meet the mission critical radio communication needs of large enterprises and government customers including police, fire, EMS, and other first responders. Every feature and function on an APX two-way radio is designed with its users in mind – from the rugged, easy to operate design, to the loudest, clearest audio. The result is improved safety and productivity for mission critical users.
The APX series is designed for interoperability with all models featuring P25 compliance and select models featuring dual-band capability. With one APX radio you can utilize your organization’s P25 infrastructure while also keeping in contact with other organizations through their legacy VHF, UHF, or 700/800 MHz systems.
Motorola pagers and private paging systems provide quick and easy communication with your on-the-go personnel.
Our private paging systems and pagers offer convenient and cost-effective communication and emergency notification solutions. Whether it’s to dispatch emergency personnel or for employee notification, Motorola pagers are the ideal solution for your organization’s safety and business personnel.
MOTOTRBO Digital Radio System from Motorola
The next-generation professional two-way radio communications solution is here. MOTOTRBO is the first digital two-way radio system from Motorola specifically designed to meet the requirements of professional organizations that need a customizable business critical communication solution using licensed spectrum. MOTOTRBO combines the best in two-way radio functionality with digital technology to deliver increased capacity and spectral efficiency, integrated data applications and enhanced voice communications.
MOTOTRBO is a comprehensive solution. Dual analog and digital mode repeaters, mobile and portable units, GPS location reporting, text messaging, data applications, accessories and services make it easy and affordable to adapt MOTOTRBO for the unique needs of your operation, and migrate to a digital two-way radio platform at your own pace.
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- Dynamic Mixed Mode: Transition to digital while still utilizing your existing analog radios through the same Mototrbo repeater.
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This radio controlled mini size RC Buggy is sure to be a big hit whether you’re tearing up the track or blasting around your local park. The Eidolon Has many features found on its larger 1/10 scale counterparts such as oil filled shock absorbers and progressive rate springs to help keep this little beast heading in the right direction under the most scale like off road terrain.
Motivation for this little buggy comes from powerful RC370 Brushed Motor and 7.2V 1100mAh Battery. The on board radio system comprises of an integrated servo, ESC and receiver. A quality HSP 2.4GHz digital radio transmitter which means you can run other vehicles utilising the same system without interference at the same time. The radio has forward, reverse, left/right along with proportional throttle control and steering travel adjustment.
The HSP Buggy represents outstanding value for money and is ideal for the junior or first time RC enthusiast looking for an entry level vehicle at an affordable price.
- Speed: Approximately 25km/hour
- Battery run time: 15-20 minutes
- Charge time: Up to 4 hours
- Electric Power Off Road Buggy.
- Rechargeable battery type: 7.2v 1100mAh Ni-Mh
Available Colours: Blue & Red
Excludes: AA Batteries


Technology: Hydrogen-powered ambulance to hit London roads this autumn
The UK’s London Ambulance Service NHS Trust (LAS) could have a hydrogen-powered ambulance on the roads by autumn this year. ULEMCo shared news of the project stating it has finalised designs of the vehicle and is now progressing to the prototype build stage on 10 February 2021. The prototype stage incorporates a hydrogen fuel cell range extender with an electric drive, low frame chassis and bespoke lightweight ambulance body designed and manufactured by Woodall Nicholson Group’s Mellor, Promech Technologies and VCS Limited. Working with ULEMCo and LAS are Lyra Electronics who bring specialist DC-DC electronics capability and Ocado who hold experience of light-weighting and experience of the practical use of electric vehicles.
Promech Technologies is providing its existing battery technology solution and expertise.
“Given the energy need of the NHS ambulance duty cycle, it seems clear that hydrogen fuel is needed to provide both the range and vehicle availability for emergency response requirements”, said Amanda Lyne, managing director of ULEMCo.
“Working with Mellor, Promech Technologies and VCS Limited, we have the advantage of designing a bespoke ambulance based on their current battery technology vehicle platform. This has enabled us to apply our capability in integrating hydrogen fuel cell range extension systems, and to prove that this will be a really viable and practical solution for NHS fleets across the UK.”
Chris Rutherford, head of Fleet Strategy and Transformation at LAS added, “This project is a key part of our strategy for a zero emission fleet, to support the NHS aim to be the world’s first net zero national health service and to meet or exceed the clean air requirements in London.”
John Randerson, chief technology officer at Woodall Nicholson, said, “We’re delighted that three of our companies have been selected to work alongside ULEMCo on the ZERRO project for LAS. We have a proven track record in delivering innovative vehicle solutions in the Blue Light and passenger transport sectors. Through our Promech Technologies company, we continue to develop and expand our new energy expertise.
“Hydrogen continues to play an increasingly important role in the energy mix,” said Dr Francesca Iudicello, programme manager at Automotive at Innovate UK. “We are proud to support this important work and look forward to seeing the benefits of zero emission vehicles with a high readiness for service.”
Source: H2 View


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Sony FDRAX1 4K Camcorder Video Camera with 20x Optical Zoom with 3.5-Inch LCD
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Cat5e Ethernet Patch Cable (10M/32.8Feet) - RJ45 Computer Networking Cord - Blue: Computers & Accessories. Buy Cat5e Ethernet Patch Cable (10M/32.8Feet) - RJ45 Computer Networking Cord - Blue: Cat 5e Cables - ✓ FREE DELIVERY possible on eligible purchases. Connects computers and peripherals such as printers to your Local Area Network (LAN) 。 RJ45 connectors offer universal connectivity to computers and network components, such as routers, switch boxes, network printers, and network attached storage devices. 。 Minimal noise and interference, due to its 4-pair of unshielded twisted copper strands and tough, yet flexible PVC jacket. A heavy duty, snag-less molding makes installation and cable handling effortless. 。 Features RJ45 connectors with gold plating for accurate data transfer; Surrounded by a durable outer PVC jacket 。 Compatible with 10/100 Base-T networks and feature enhanced 350 MHz bandwidth for distributing data, voice, and video at high-speeds. 。 。grandey Cat5e Ethernet Patch Cable 。 。Connects a computer to a printer, router, switch box or other network component in a wired Local Area Network (LAN). server files, use a network printer, stream audio/video, link PC's through a network switch & more, at data transfer speeds up to 1000 Mbps (1 Gbps). This 24 AWG cable meets stricter TIA/EIA standards than normal Cat5 cables, & handles high-bandwidth needs. 50-micron male RJ45 connectors are built with corrosion-resistant gold-plating for high-quality accuracy. Noise, interference & crosstalk are reduced with its 4 unshielded twisted pairs (4PR UTP) of copper strands & tough, yet flexible PVC jacket. A heavy-duty, snag-less molding makes setup simple & 350 MHz bandwidth allows for high-speed distribution of data, voice & video. 。 。Product Features 。- Connects network components in a wired LAN at data transmission speeds up to 1 Gbps 。- 24 AWG cable exceeds TIA/EIA standards & 350 MHz bandwidth 。- 50-micron male RJ45 connectors per end, with corrosion-resistant gold-plating 。- 4PR UTP copper strands for minimal noise, interference & crosstalk 。- Tough, yet flexible PVC jacket & heavy-duty, snag-less mold 。 。Compatibility 。- Devices with RJ45 jacks, including computers & peripherals like routers, switch boxes, network printers & network attached storage devices 。- Cat5 is a computer networking standard & works with 10/100 Base-T networks 。 。Installation 。Plug-&-play: Ready to use, once each end is connected to a respective port on a compatible device 。 。Notes 。- Network speed is determined by factors other than just cables, like a router/switch box 。- Also known as a network cable, computer cable, Category5e cable, Ethernet cable, or Data/LAN cable 。 。 。
Buy Cat5e Ethernet Patch Cable (10M/32,8Feet) - RJ45 Computer Networking Cord - Blue: Cat 5e Cables - ✓ FREE DELIVERY possible on eligible purchases, 24 hours to serve you Quality and Comfort Next day delivery and free returns available.


DIY Computers, also known as “Do-It-Yourself” computers, are personal computers that are built from individual components rather than pre-built systems. DIY Computers are popular among tech-savvy enthusiasts who enjoy customizing their hardware and software to create a computer that meets their specific needs and preferences.
Cost-Effective: DIY Computers can be more cost-effective than pre-built systems because you can select the components that fit your budget and avoid paying for unnecessary features.
Customization: With DIY Computers, you can customize your computer to your exact specifications, including choosing the processor, graphics card, storage, and other components that best meet your needs.
Learning Opportunity: Building a DIY Computer can be a great learning opportunity for those who want to gain a deeper understanding of computer hardware and software.
Upgradeability: DIY Computers are highly upgradeable, allowing you to easily swap out components as newer technology becomes available.
Better Performance: Because you can select each component individually, DIY Computers can offer better performance and speed than pre-built systems.
Whether you’re a tech enthusiast looking to build a high-performance gaming rig, a creative professional in need of a powerful workstation, or just looking to learn more about computer hardware, our DIY Computers can provide you with a cost-effective and customizable solution that meets your needs. Contact us today to learn more about our DIY Computer components and how we can help you get started.
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Given how quickly technology advances and becomes outdated, there’s a good reason to develop electronics from materials that will break down and biodegrade when discarded, instead of filling up landfills for centuries. So researchers in Finland found a way to make functional fiber optics from wood-based fibers, that, when disposed of, will break down all on its own.
Fiber optic cables are quite possibly the unsung heroes of the modern digital world. Unlike wires made of metal that carry electrical signals, the cables contain long thin threads of either glass or plastic that transmit pulses of light for miles, connecting data centers, cities, and even continents. Instead of flowing electrons, pulses of light travel down fiber optic cables using a process called total internal reflection where photons bounce off the inner walls of the transparent fibers and remain contained within during their journey from one end to the other.


With the advancement of IoT and Edge Computing we can now move AI and ML closer to the Data
In recent years Cloud Computing has allowed us to find more efficient and useful methods of processing large amounts of data. Currently, we utilize cloud servers, i.e. Google or Amazon, to train artificial intelligence (AI ) and machine learning (ML) models and return predictions. While this is an efficient and fast option, an alternative to this is Edge AI.
Edge AI is where we can bring ML to where the data is being produced, running the algorithms locally on the machines collecting the data. This reduces bandwidth and latency issues, allowing for real-time processing and operations. This can also save power and data communication costs, as less data needs to be transmitted.
The concept of Edge computing is becoming popular, specifically as the Internet of Things (IoT) grows and Single board computers are becoming more powerful. The Raspberry Pi and NVIDIA Jetson Nano are just a few examples of powerful single-board computers. Users are looking for applications in ML and AI in more remote locations.
Processing data away from the cloud servers, and instead closer to where the data is produced (on the edge of the system) can benefit many industries. Remote locations with no WiFi and limited LTE/ cellular coverage, such as remote Oil and Gas wells are an ideal scenario. For example, at these well sites, data is collected continuously and sent to the cloud where it can be run through models to predict equipment failures and schedule maintenance. Traditionally, data would be sent to the cloud by cellular, or satellite in extreme locations, however, by instead processing the data at the well, only predictions and alerts need to transmitted, saving bandwidth. This type of predictive maintenance is starting to be implemented on some Oil and Gas wells.
Sending raw data to the cloud has security implications as well. Many companies and government entities require their data to remain local. This can be accomplished by running the data through pre-trained models on local smaller-scale hardware.
Speed is another significant advantage of Edge computing. A great example of this is Self Driving Cars, which generate an enormous amount of data continuously and need to process that data on the spot to determine if they need to react. In situations like this, where a split-second decision is required, the latency involved in communicating with the cloud is not ideal.
The ultimate case of AI on the edge are the Mars Rovers. Communication between Earth and the rover takes 22 minutes for a round trip, it would be inefficient for the Rover to send data to Earth, wait for a response, and then respond. Instead, the rover that landed in 2021 was able to scan and analyze the ground as it was descending, determine an appropriate landing site and adjust it’s descent to land where it was safest.
The first step in deploying an AI model on Edge hardware is to collect the data. For remote Oil and Gas wells, installations require the Data Engineer to work with the local maintenance team to determine the equipment to be monitored and the data required and available. Once enough data has been acquired, a model can be trained. This trained model can then be deployed to a local machine monitoring all the sensors. If it detects an anomaly or predicts maintenance will be required sooner than scheduled, it can send out warnings. The Data stays off the cloud. The maintenance team can manually download all the data when they physically visit the site.
The same process of running a trained model on a local system can be used for any industrial applications where a company doesn’t want to risk it’s current production data.
Smaller-scale implementations are also common for less data-intensive applications, or increased portability. These are being integrated into our everyday life as IoT. Smart devices are showing up in every facet of our daily lives with internet connectivity and integration with could services such as Google, and Amazon.
The NVIDIA Jetson Nano is NVIDIA’s single board computer designed for AI development. It can run Tensorflow, and NVIDIA provides several libraries for deep learning, computer vision to name a few.
The Raspberry Pi can run python quite easily. It has many accessories to connect it to any type of sensors you could imagine. It can run Tensorflow Lite at decent speeds.
My personal favourite is the Espressif ESP-EYE, a 32-bit microcontroller with a camera, mic and WiFi, with this you can build a camera with person-detection. Or build a wild-life camera to detect and count different animals, to be deployed in a remote location where a satellite link might be the only way to transmit data.
These smaller devices are being used in AI machines
While there are still situations where Cloud computing is ideal, Edge computing is continuing to gain popularity as there is a growing need for local computing power. The advancement of smaller portable computing devices is spreading with many more options available for our AI needs. It will be interesting to see if, with continued advancements and improvements, Edge computing device become more prominent in our everyday lives.


You’ll need a Lightning to HDMI adaptor to connect your iPhone wirelessly to an LG Smart TV
Once you have the adapter, take the following actions: Connect the adapter’s HDMI end to the HDMI port on the back of your TV
Connect the adapter’s Lightning end to your iPhone’s Lightning port
Turn on your TV and select the input that corresponds to the HDMI port you plugged the adapter into
How to Wirelessly Mirror Your iPhone to TV
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Without WiFi, how can I link my phone to my LG Smart TV?
Without WiFi or an Apple TV, how can I mirror my iPhone to my TV?
Can I use my iPhone to link my LG TV?
Without WiFi, how can I cast to my smart TV?
Without WiFi, can I connect to a smart TV?
Thats’s all for How Can I Connect My iPhone Without WiFi To My Lg Smart TV?, if you have any queries related to it you can ask in the comment section below. We hope you liked the guide and if you have any other questions related to the tech and gadgets industry you can request us to handle it for you.


The Apple IIgs
Codename: Cortland, Phoenix, Rambo, Gumby
CPU: Western Design Center 65SC816
speed: 2.8 Mhz
motherboard RAM: 256 k
maximum RAM: 8 MB
number of sockets: n/a
minimum speed: n/a
ROM: 128 k - 1 MB
L1 cache: n/a
L2 cache: n/a
data path: 16 bit
bus speed: 2.8 Mhz
slots: 7 proprietary (compatible w/Apple II)
SCSI: available via expansion card
Serial Ports: 2
Floppy: 5.25" Disk ][ or 3.5" Sony 800k, via floppy port
Display: 2 bit color at 640x200, 8 bit color at 320x200
IIe enhanced: 80 column
Sound Output: built in speaker
introduced: January 1986
The last member of the Apple II line, The Apple IIgs was a also the most powerful. Announced in September 1986, the IIgs was built around a Western Design Center 65C816 processor running at either 2.8 or 1 Mhz. It included expanded graphics and sound functions, and was initially offered with 256k of RAM, expandable to 8 MB. The IIgs also offered 128k of ROM, expandable to 1 MB. The IIgs shipped with a Mac-like interface and a IIgs-specific OS, and introduced the Apple Desktop Bus (ADB) port. (It also ran most other Apple II software.) The IIgs was later offered with 1 MB of RAM, and 256k of ROM. It could also hold a SCSI adapter card, and was discontinued in December of 1992. Many 3rd party refinements and expansions have been offered for the Apple IIgs (including processor upgrades up to 18 Mhz), and there is still a fairly large installed base.
Date: Tue, 15 Apr 1997 20:46:11 -0700
From: firstname.lastname@example.org (The Anderson Family)
Subject: IIgs processor
Why don't you mention on your site that the Super Nintendo Entertainment System runs on a IIgs motherboard with the exception of accelerated graphics and enhaced 16-bit sound? Make those PC users cry!
Date: Fri, 21 Nov 1997 21:57:31 -0500
From: email@example.com (Peter Chin)
Subject: Nit picking / Apple IIGS
Not totally true. The SNES doesn't use the Apple IIGS motherboard, because that would have required Nintendo to have licensed the IIGS ROMs from Apple! If this were the case, since tens of millions of SNES have been sold, Apple would probably have enough money now to have bought out Bill Gates and turned Microsoft into Apple's Redmond Market Center.
What IS true: The SNES uses a special 40-pin version of the 65816, licensed from Western Design Center. It's fast enough to act as the controller for the special Nintendo graphics chips; it doesn't do much except shuffle data to them and let them do the work. How do I know this? I met Bill Mensch, the inventor of the 65816 and the President of WDC at an AppleFest a looooong time ago who told me.
Date: Thu, 5 Aug 1999 23:36:27 -0700 (PDT)
From: firstname.lastname@example.org (Gregg Eshelman)
Subject: More Apple IIgs / Super Nintendo history.
In the early days of the SNES, Nintendo actually used some IIgs computers for game development and debugging. They wrote a SNES emulator for the IIgs! Don't get your hopes up. It was terribly slow and had no graphics at all. The only reason for doing this was because of the similar CPUs in the IIgs and the SNES. Eventually when gamers demanded more complex games and regular computers became powerful enough, Nintendo created a SNES emulator/development system for the PowerMacintosh, complete with full graphics and sound. Sometime later the two principal people who worked on the PowerMac SNES emulator left Nintendo with the intent of making a commercial SNES emulator for Macintosh computers. After some announcements and plenty of fanfare, the project sank out of sight, most likely under the weight of the entire Nintendo legal services department.


Wireless & easy-to-use cycle computer with big screen.
Wireless Cycling Computer CC300
Wireless cycle computer mounting and removal can be performed easily. The smart design fits tightly to the road bike. Equipped with eleven functions including pacers, it also fully supports training. It can be used with confidence in the bad weather waterproof.
|Dimension||1.73 x 2.13in (44 x 54mm)|
|Functions||[Speed] Current / Average / Maximum [Time] Total Riding Time / Current Time (Clock) [Distance] Odometer / Riding Distance [Other] Pacer / SCAN / RPM / Calories|
|Battery||LR44 (6 months)|
|Bundled items||Cycling Computer, Bike Mount, Wireless sensor, Magnet|


Using Data Analytics for Digital Security
Using Data Analytics for Digital Security is a great way to ensure your company is secure. It can provide a wealth of information on threats and vulnerabilities, as well as the most effective strategies to combat them. However, there are some things you should be aware of before diving into this new trend. Here are some things to keep in mind before making the transition to using data analytics in digital security. If you’re considering it, you may be asking yourself whether it’s right for your business.
Predictive analysis relies on historical data and can identify risks and opportunities that may not otherwise be noticed. As a result, with an increasing volume of data being created, cybercriminals are increasingly interested in compromising this valuable information. With data analytics, businesses can build robust defenses against these attacks. Using big data to analyze security risks will help companies identify cyberthreat patterns and trigger alerts and responses when they appear.
The use of big data analytics in cybersecurity can help protect an organization from cyber threats. Its predictive models can also identify patterns and predict future attacks, helping to prevent cyberattacks before they occur. Ultimately, using data analytics to protect your company’s digital security will help you stay safe online. Once you have your data in a secure environment, you’ll have the tools you need to protect your business. You’ll also have access to a host of other benefits that are only possible through this type of analysis.
The benefits of big data analytics for security are numerous. Its capabilities help detect threats and respond to them quickly. It can also detect changes in behavior that may indicate a threat. It is crucial to combine big data analytics with advanced security measures to protect your network. Moreover, it can help identify the source of a malicious attack, allowing you to better manage it. The benefits of this technology are numerous. If you’re interested in learning more about how it can help your organization, you should read on the following.
Traditional systems do not detect unknown threats, since they rely on correlation rules to monitor behavior. With predictive analytics, the systems can identify unusual behaviors and automatically detect these attacks. With this, it can prevent cyberattacks before they enter the network. Its algorithms can monitor network traffic as well as identify suspicious networks. The results of the algorithms are also useful for security. It helps to protect your digital assets with more accuracy and less risk.
As businesses embrace Big Data and IoT, they need to make sure that their data is protected. Using data analytics to protect your network can help prevent attacks. By analyzing data from different sources, you can detect anomalies and spot malicious users. This can also help you detect compromised insider accounts and prevent zero-day attacks. With this, you’ll be able to stop hackers and ensure the security of your entire organization.


KHLiTech BMS 4S Lifepo4
200A Lithium Battery Protection Board Same Port BMS With Balance High
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solving potential safety issue caused by thermal runaway of batteries. Parameter: FOR LiFePO4 Protect Parameter(3.2V) Single cell battery overcharge protect voltage : 3.8
V-3.9 V Single cell battery overcharge protect recover
voltage : 3.6 V-3.7 V Overcharge protect delay : 500-1500MS Single cell battery over-discharge protect
voltage : 2.2 V-2.4 V Single cell battery over-discharge protect recover
voltage : 2.4V-2.6 V Over-discharge protect delay : 500-1500MS Discharge high temperature protection temperature :
70-80℃ Charging high temperature protection temperature :
70-80C OS tube high temperature protection temperature :
100-110℃ Over-charging protection: Yes Over-discharging protection: Yes Over-current protection:Yes Temperature protection: Yes Disconnect protection: Yes Short Circuit Protection : Yes Short Circuit protect recover : Yes Balance Function: Yes Shortage protect recover mode: Off load release.
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A multi purpose SDI kit with numerous use and configurations. This kit facilitates the conversion of HDMI to SDI, the distribution of SDI and the conversion of SDI back to HDMI at the end of the cable runs. Kit contains broadcast quality 1x SDI Splitter/Distributor (1x in, 8x out) SD or HD-SDI connection to up to 8 different SDI outputs. 3G-SDI design with fully re-clocked outputs and automatic switching between all SD and HD formats up to 1080p50. 3x SDI to HDMI Micro Converters and 1x HDMI to SDI Micro Converter.
SDI Distributor SPEC
SD Format Support: 525/23.98 NTSC, 525/29.97 NTSC. 625/25 PAL.
HD Format Support: 720p50, 720p59.94, 720p60, 1080i50, 1080i59.94, 1080i60, 1080p23.98, 1080PsF23.98, 1080p24, 1080PsF24, 1080p25, 1080PsF25, 1080p29.97, 1080PsF29.97, 1080p30, 1080PsF30, 1080p50, 1080p59.94, 1080p60.
2K Format Support: 2048 x 1080PsF23.98, 2048 x 1080p23.98, 2048 x 1080PsF24, 2048 x 1080p24, 2048 x 1080PsF25, 2048 x 1080p25.
SDI Compliance: SMPTE 259M, SMPTE 292M, SMPTE 296M, SMPTE 372M, SMPTE 424M-B and SMPTE 425M
SDI Video Rates: SDI video connections are switchable between SD, HD, and DCI 2K.
SDI Video Sampling: 4:2:2 and 4:4:4
SDI Audio Sampling: Television standard sample rate of 48 kHz and 24 bit.
SDI Color Precision: 4:2:2 and 4:4:4
SDI Color Space: YUV and RGB
SDI Auto Switching: Automatically detects SD, HD or 3G-SDI.
ASI Support: Yes
Power Supply: +12V universal power supply included
Power Consumption: 4.80 Watts
Operational Voltage Range: 12 - 31V DC
Operating temperature: 0° to 40° C (32° to 104° F)
Storage temperature: -20° to 45° C (-4° to 113° F)
Relative Humidity: 0% to 90% non-condensing
SDI to HDMI Converter SPEC
SDI Video Inputs
1 x SD, HD or 3G-SDI.
SDI Video Outputs
1 x SDI loop out.


Wind is a source of clean and reliable energy which brings a better electrical stability into the energy mix. Wind farms are sprouting up all over France and Europe and electric networks are becoming more and more intelligent. Energysoft adapts to the energy mix as it can integrate software into all types of wind farms.
Energysoft, a multi energy software
Our software solution monitors all of your multi energy sites as it is compatible with all types of material, manufacturers and technical solutions. Keep monitoring the production performance of your wind farms as well as your solar power plants and be informed of any malfunction or decrease in performance. You can receive personalised reports on your power so as to be able to monitor your production. You can reduce the stoppages of your wind farms thanks to the integrated maintenance module and the mobile application for technicians.
Energysoft has been looking after your Renewable energy plants everywhere in the world since 2010 : Europe, Asia, the Carribean, Oceania, …
If you would like a demonstration, just get in touch !


Evinox have recently launched a new range of COP 5 Air Source Heat Pumps. The excellent Coefficient of performance (COP) figures for the Evinox PHRIE range makes it the most efficient ASHP available in the UK.
The Range is well suited to residential and commercial applications and currently features 10-18kW outputs with two single phase models and 1 three phase model. Additional models with outputs from 5-25kW will also be launched shortly.
The PHRIE features a high performance heat exchanger with AISI 316 stainless steel plates and heat insulation. All models in the range are extremely quite in operation with sound levels from 35dBA
For further information about our COP5 Air Source Heat Pump range please download the PHRIE Data Sheet here or contact us on 01372 722277 / email@example.com


The evolution of online translation https://lingvanex.com/translation/english-to-tagalog has been a remarkable journey, driven by advancements in technology, language processing, and artificial intelligence. From humble beginnings to sophisticated neural machine translation models, the development of online translation has transformed the way we communicate across linguistic boundaries. In this article, we will take a historical perspective on the evolution of online translation, tracing its key milestones and exploring the significant advancements that have shaped this dynamic field.
Early Machine Translation Experiments:
The roots of online translation can be traced back to the mid-20th century when early machine translation experiments began. Researchers explored rule-based methods and used basic algorithms to translate texts between languages, albeit with limited accuracy and effectiveness.
Emergence of Statistical Machine Translation (SMT):
In the 1990s, statistical machine translation emerged as a dominant approach. SMT utilized large bilingual corpora to derive translation probabilities and improved translation quality compared to rule-based systems.
The Advent of Online Translation Services:
With the rise of the internet in the late 1990s and early 2000s, online translation services began to appear. Companies like AltaVista’s Babel Fish and Google Translate offered rudimentary online translation tools, allowing users to translate text between a limited set of languages.
Neural Machine Translation (NMT) Revolution:
Around 2016, the introduction of neural machine translation (NMT) marked a major breakthrough in online translation. NMT models, based on deep learning algorithms, significantly improved translation quality and context preservation, making online translation more reliable and accurate.
Integration of AI and Cloud Computing:
The integration of artificial intelligence (AI) and cloud computing further enhanced online translation capabilities. Cloud-based NMT models allowed real-time access to translation services, enabling seamless integration into various applications and platforms.
Customization and Adaptation:
Online translation services https://lingvanex.com/translation/english-to-japanese evolved to allow customization and adaptation for specific domains and industries. Businesses could now fine-tune NMT models for better accuracy in translating technical, legal, or medical content.
Multilingual Support and Global Reach:
Online translation platforms expanded their language support, covering a vast array of languages, from major world languages to lesser-spoken ones. This globalization of translation services enabled businesses and individuals to communicate across linguistic borders.
To overcome the limitations of purely automated translation, human-in-the-loop translation models emerged. These hybrid approaches combined the strengths of AI-driven NMT with human review, ensuring better quality and context accuracy.
Real-Time and Mobile Translation:
Mobile apps equipped with real-time translation capabilities gained popularity, making online translation accessible on-the-go. Travelers, business professionals, and language learners could use their smartphones to communicate in foreign languages instantly.
Continuous Improvement and Ongoing Research:
Online translation continues to evolve with continuous research and development in the field of natural language processing and artificial intelligence. New models, datasets, and techniques are being explored to achieve even higher translation quality and accuracy.
The evolution of online translation is a testament to human ingenuity and technological progress. From early experiments in machine translation to the rise of neural machine translation and cloud-based services, online translation has come a long way in breaking down language barriers and connecting people from diverse linguistic backgrounds. With ongoing advancements in AI and language processing, the future of online translation holds the promise of even more accurate, context-aware, and customizable translation services. As online translation continues to play a vital role in global communication, it will undoubtedly shape the way we interact, collaborate, and understand one another in an increasingly interconnected world.


At the occasion of the IP&TV World Forum 2012 in London, httv, the end to end iTV solutions provider, announces the implementation of its httvBOX middleware STB turnkey solution on Sigma Designs chipsets, to provide an advanced and cost effective solution for the hybrid market. Sigma Designs will showcase "httvBOX" on its booth during the show.
Paris -15th of march 2012 /Targetwire/ - httvBox from httv is an embedded software solution for connected TVs and STBs available for all TV distribution platforms: from pure broadcast (DVB-T/T2/ S/S2/ C front-ends) to pure IP (IPTV, OTT) and hybrid, including both. It offers an extensive range of features such as an innovative User based profile UI (adult vs. kids UI) and complete nonlinear TV services (Push-VOD, catch-up TV) as well as an enhanced EPG, personalized video mosaic.
The interactivity of this httvBOX is powered by the HbbTV fast growing European standard (Hybrid broadcast broadband TV). Member of the HbbTV consortium, httv has been very involved in the development of the standard and has become a leading provider of HbbTV solutions.
httv is bringing its HbbTV expertise to Sigma Designs by operating the first implementation of the standard on Sigma's SMP8670 chipset.
Sylvain Riviere, Global Sales Director from Sigma Designs declared: "httvBox is not only an HbbTV stack but it is a complete and fully integrated solution hybrid STB compliant with the HbbTV standard. It will give to Sigma Designs’ STB manufacturers, Broadcasters and Retailers addressing European market a very cost effective and efficient ready to deploy Hybrid solution."
"With the porting of SMP 8670, httvBox is now widely available confirming our position as a leading set top boxes firmware provider" declares Philippe Tommasi – Director of EMEA sales, "Sigma’s unique positioning on home connected devices, IP and video brings a unique advantage to httv’s deployment plans"
Sigma designs will showcase an "httvBOX" during the IP&TV World Forum 2012 on its booth 227.
httv will showcase an end to end HbbTV platform (from head-end to the Set top Box) on its booth n°25 in the National hall.
httv has been a leading international technology and solutions provider for interactive digital TV satellite, cable, DTT and IPTV/hybrid operators for the last 10 years. httv works with major DTV operators (SKY, Canal+, UPC, NTV+, Digiturk, Belgacom, Reliance, Etisalat, Eutelsat...) and industry leaders (Nagravision, Viaccess, Irdeto, NSN, Ericsson...).
- STB Turnkey solutions: User based profile UI such as Kids UI, Personalized Mosaic, Push VOD, Catch-up TV, On-line enhanced EPG, OTT, Etc.
- Head-End Products: play-out and real time multiplexer for iTV services, EIT/EPG data, SSU and video mosaic.
- iTV Solutions: end-to-end solutions for EPG, Push-VOD, interactive video mosaic, audience measurement...
For more information, please visit: www.httv.fr
About Sigma Designs,Inc:
Sigma Designs, Inc. (NASDAQ: SIGM) is a world leader in connected media platforms. The company designs and builds the essential semiconductor technologies that serve as the foundation for the world’s leading IPTV set-top boxes, connected media players, residential gateways, home control systems and more. For more information about Sigma Designs, please visit www.sigmadesigns.com.
Communication Manager, httv
+33.623.393.443 - email@example.com
Contact Sigma Designs:
Senior Director of Marketing
408 957-9885 firstname.lastname@example.org


Contact: Brett Phinney, 530-754-5298, email@example.com
This introductory proteome analysis workshop is designed to expose participants to fundamental technology platforms and current methodologies in the field of mass spectrometry-based proteomics. The week will include a combination of equal parts hands-on laboratory work, lectures and interactive data analysis.
There are two options for attendance:
- Lecture, lab, and data analysis — limited to 20 participants
- Lecture and data analysis only — limited to 15 participants.
This year we are pleased to announce graduate students scholarships!


This is with great pride and big satisfaction that we announce the breaking news that one of our FINESSE partners – University of Alcala – has just been awarded a prestigious ERC Proof-of-Concept (PoC) Grant to develop a distributed fibre sensing concept for submarine seismic detection.
This is based on the smart idea that all submarine communication cables can be exploited as sensitive distributed hydrophone sensors, on top of their normal telecommunication operations. This way, a dense mesh of sensors is already installed and the interrogation unit has simply to be plugged at one end of the cable. The team of our FINESSE partner Miguel Gonzalez Herraez has already demonstrated the capability to unambiguously detect seismic events using this approach, even at very large distances.
You can obtain more details about the project by reading the ERC press release and even more by watching the embedded video, in which Miguel is giving, with great communicative talents as usual, detailed information of high clarity and relevance. It is particularly satisfying for us to see that our 2 FINESSE ESRs (Luis and Regina) at University of Alcala are visible on this video in an active situation.
This achievement is a major outcome from FINESSE, since it is based on the ultrasensitive distributed fibre sensing technique designated as “phase-OTDR”, which is an important research activity in FINESSE. It is the main research topic of our ESR4 Regina Magalhaes and ESR5 Luis Costa at University of Alcala, in direct relation with this ERC PoC Grant, but also the core research of ESR1 Li Zhang at EPFL. The technique was widely used and studied by ESR 3 Hari Bhatta from Tel-Aviv University and ESR 6 Sergei Mikhailov from VUB during their secondments at University of Alcala and EPFL.
This is a great spotlight on our activities and it has moreover received a special journalistic attention since it is the 1000th ERC PoC Grant that has been awarded.
Let’s congratulate Miguel and his team, with a special focus on our ESRs!
This highlights the relevance and significance of our research programme and the fact that it may benefit to the society at large, with real products creating a safer environment!


All papers will be peer reviewed and accepted papers will appear in the Conference Proceedings book with ISBN. It will appear at Amazon.com and several online book store.
Accepted papers will appear in the Post-Conference Publication by Springer.
It will be published in the series of Advances in Intelligent Systems and Computing (To be approved).
The books of this series are submitted to ISI Proceedings, EI-Compendex, DBLP, SCOPUS, Google Scholar and Springerlink.
Selected papers are invited to some following post-conference publications.
- Information Engineering Express – International Journal (IEE), ISSN: 2185-9892
- International Journal of Smart Computing and Artificial Intelligence (IJSCAI),ISSN: 2185-9914
- International Journal of Learning Technologies and Learning Environments (IJLTLE), ISSN: 2434-0332
- International Journal of Institutional Research and Management (IJIRM), ISSN: 2432-3683
- International Journal of Service and Knowledge Management (IJSKM), ISSN: 2189-9231


- Single interface to multiple instruments with support for all major vendors
- Fast, convenient access to results via web or email on any device
- Predefined experiments and reporting enables users to access data and results
- Multiple levels of user access and control
- Compatibility with workflows in all types of laboratories
- Centralized data processing, storage and archiving
- Custom reports and usage reporting
- Support for LIMS and ELN integration
- Integrates with AnalyzerPro®
- Effortlessly track samples, schedule acquisition and control sample priority
- Zero footprint installation
AnalyzerPro® is a productivity software application for LC-MS and GC-MS data with support for multiple vendors’ data. This comprehensive post-processing utility provides optimized workflows for sample-to-sample comparison, target component analysis, quantitation and library searching for data generated from any LC-MS and GC-MS platform. Using its proprietary algorithms to detect obscured components that existing software packages are unable to find without .....
AnalyzerPro® XD is the latest version of our productivity software application now available with support for two dimensional chromatography. Two-dimensional chromatography is a powerful analytical tool that has evolved from technology used mainly in the R&D laboratory to a robust commercially available solution from several manufacturers. The technology continues to evolve to address challenges in the analysis of complex samples...
RemoteAnalyzer is the only open access software solution for today’s fast-paced laboratory. It is designed to operate and optimize the management of multiple locations, multiple types of analyses, multiple scientists of the entire skill set range as well as multiple instrument types from a variety of different vendors. See a case study from the University of Durham regarding their implementation. The walk-up ......
The NIST/EPA/NIH Mass Spectral Library with Search Program is the standard MS spectra reference database. This library is available with version 2.4 of the full-featured NIST MS Search Program for Windows and includes ....


Beijing Geeflex Technology Co., Ltd. was established in 2013. The founders are several engineers and researchers in the field of communication and computer. In the interdisciplinary field of Software Defined Radio (SDR), we have many years of research and development experiences, and are committed to creating the most cost-effective products and promote the application.
At present, our main products are high-performance 4G/5G end-to-end simulation systems based on SDR technology. Among them, the network simulator is suitable for the development and production testing of terminal chips, modules and equipment, and has been widely used in the industry. Compared with the traditional tester, its single system has higher performance (10Gbps downlink rate) and more flexible usage (for example, it can support multi-card terminal test). The multiple UE emulator product is a cost-effective 5G base station R&D test tool, which can test applications independently, and can also be used as a good supplement for expensive traditional UE emulation.
What we can do ?
1 Standard Amarisoft Callbox and UE Simbox
As an earlist partner of Amarisoft, Geeflex can integrate and provide all Amarisoft Standard products, including Callbox and Simbox.
2 Enhanced Callbox and UE Simbox
Based on the deep understanding of Amarisoft products and various application requirements of customers, we did some further development to enhance network emulator and UE simulator.
2.1 Portable Series
2.2 Customized More powerful Callbox
– Callbox with up to 14 SDR cards (SDR100 or SDR50) – Callbox with SDR100 and SDR50 cards mixly using supprted – Callbox with WebGUI tool to easily configure complex gNB and 5GC – Callbox with reference automative test tools
2.3 Customized More powerful UE Simbox
– UE Simbox support 4 Cells 100MHz 4x4 – UE Simbox portable to test in field to access carrier’s real network
3 All-in-on 5G System for deployment
SDR based Private Network Solution （4G/5G）
4 Open 5G Studio
4.1 Open 5G Studio
Open 5G STDUIO Integrated 5G network testing solutions that can easily deploy and verify various network functions and devices. The code architecture based on the open source protocol stack helps researchers to study and test the evolution of 5G / 6G networks.
4.2 Open 5G STDUIO Features
– Out of the box, no need for complex environment building and hardware connection – Integrated integration of optional 5G open source core network and open source FR1 RAN – Integrated RF transceiver unit, up to MIMO4x 4, extended to FR 2 – Visual configuration template and an embedded editor – Integrated GUI management applications for managing and monitoring base station parameters and KPI – Update the protocol stack code with the upstream community and follow the community development route
4.3 Open 5G STDUIO Option
4.3.1 OAI 5GCN / open 5GS and OAI RAN
– Antenna SISO or MIMO (up to 4x4) – Bandwidth of 10 MHz, 20 MHz, 40 MHz, etc., and a max to 100 MHz – Maximum downlink throughput SISO: 360 Mbps MIMO2x2:800 Mbps – Maximum uplink throughput SISO: 94 Mbps MIMO2x2:130 Mbps – Frequband 3GPP FR1 band, maximum 6GHz, support extension to FR 2 – The protocol standard meets the 3GPP Rel.15/16
4.3.2 Open5GS and srsRAN
– Antenna SISO or MIMO (up to 4x4) – Bandwidth of 10 MHz, 20 MHz, 40 MHz, etc., and a maximum of 100 MHz – Maximum Downside throughput SISO: 410 Mbps MIMO2x2:820 Mbps MIMO 4x 4:1 Gbps.4 – Maximum uplink throughput SISO: 74 Mbps – The frequency band is 3GPP FR1 band, and the maximum frequency band is 6GHz – The protocol standard meets 3GPP Rel.15/16
Mobile: +86 183-1037-9377 Email: firstname.lastname@example.org WeChat ID: 15001044020 Address: B805,Ruichuang International Center, Wangjingdong Road #8, Chaoyang District,Beijing, 100102


Are you proud owner of a noble high-end vintage audio device?
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That means your device is only limited or no longer useable.
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The Diffie-Hellman protocol is a method for two computer users to create a mutual private key through which they can exchange information securely across an insecure channel.
The key to breaking these enciphered messages is essentially a question of how to use random number theory to resolve the “discrete logarithm” axiom.
The administrators of China’s Sunway TaihuLight assert that they have resolved the axiom.
Arguably, the set of rational numbers is infinite but technically countable. However, there are an infinite number of irrational numbers in between each and every rational number, and these are uncountable. When Georg Cantor proved this by his diagonal method, he was paving the way for the uncountable infinite series of universes currently believed to exist both actually and potentially under quantum theory. The really difficult question for quantum theorists is whether merely thinking about measuring quanta has the same effect as actually attempting a measure.
A volcanic breakthrough in quantum theory seems likely to evolve from the following two publications. Neither paper, however, deals with quanta feedback loops.
Álvaro M. Alhambra, Jonathan Oppenheim, Christopher Perry. Fluctuating States: What is the Probability of a Thermodynamical Transition? Physical Review X, 2016; 6 (4) DOI: 10.1103/PhysRevX.6.041016
Álvaro M. Alhambra, Lluis Masanes, Jonathan Oppenheim, Christopher Perry. Fluctuating Work: From Quantum Thermodynamical Identities to a Second Law Equality. Physical Review X, 2016; 6 (4) DOI: 10.1103/PhysRevX.6.041017
Without sounding totally out of my wits, I suggest the following. When writing codes always write them from and for a specific machine, the manufacture of which is controlled by you.
The car manufacturers who produced CPUs in their cars that could switch the fuel use from normal road use during emissions tests did not get caught by examining the CPUs which were interlinked with the car engine.
They were caught by independent testing and driving techniques that were quite ordinary (normal). Had anyone attempted to discover the programming that directed the cars to cheat the emission-testing teams, it would have been an extremely long process mathematically. The interlocking of the engine with the CPU removed trace evidence from the CPU when the CPU was removed from the car. It was quite brilliant.
Has anyone thought about the possibility of breaking quantum codes via an inspection of the quantum error corrections that are always needed to make a fault-tolerant quantum computation? Error corrections deal with the static or noise on stored quantum information, bad quantum gates, errors in preparation, and correctable or corrected measurements.


As artificial intelligence (AI) has rapidly shot to the forefront of conversations across various industries, we at Concora began wondering how AI will play a role in the future of Building Information Modeling (BIM) content creation. With the potential to revolutionize the way we approach construction projects, it’s essential to explore the possibilities and challenges of combining AI and BIM. To gain insights into this emerging trend, we decided to pose the question to the current king of AI, ChatGPT, to see what it views as the future of BIM paired with AI. In this blog post, ChatGPT will discuss the applications, potential shortcomings, and the ongoing need for human expertise in AI-driven BIM content creation.
The construction industry is continually evolving, and one of the most promising trends is the integration of artificial intelligence (AI) with Building Information Modeling (BIM). As AI continues to advance, it offers new possibilities for improving efficiency and performance in BIM content creation, design, and project management. In this blog post, we will explore eight potential applications of AI-driven BIM content creation that can revolutionize the way we approach construction projects.
1: Automated BIM Object Generation
AI has the potential to automate the process of creating BIM objects, making it more efficient and less time-consuming for architects and engineers. By automatically generating BIM objects based on input parameters such as dimensions, materials, and performance requirements, professionals can focus on more complex tasks while AI takes care of the repetitive work.
2: Intelligent Design Suggestions
By analyzing existing BIM models, AI can provide design suggestions that adhere to best practices, code compliance, and sustainability goals. This allows architects and engineers to make more informed decisions during the design process and optimize building performance from the outset.
3: Clash Detection and Resolution
AI can play a crucial role in identifying and resolving clashes between different design elements in a BIM model, such as structural components, plumbing, and electrical systems. Automatic clash detection and resolution minimize errors and rework, leading to significant time and resource savings.
4: Generative Design
Generative design algorithms powered by AI can create multiple design options based on specific constraints, objectives, and performance criteria. This gives designers the freedom to explore a wider range of solutions and choose the most optimal one for their project.
5: Construction Sequencing and Scheduling
By analyzing BIM models, AI can optimize construction sequencing and scheduling, taking into account factors like resource availability, lead times, and site constraints. Better project management and improved construction efficiency are the natural outcomes of this AI-driven approach.
6: Predictive Maintenance
Integrating AI with BIM enables the prediction of maintenance needs for a building based on factors such as material properties, wear patterns, and usage data. Facility managers can leverage this information to plan maintenance schedules more effectively, reducing downtime and costs.
7: Energy Analysis and Optimization
AI can analyze BIM models to predict energy consumption and provide recommendations for improving energy efficiency. This helps architects and engineers design more sustainable buildings that meet green building standards and reduce environmental impact.
8: AI-assisted BIM Model Validation
AI can automatically validate BIM models by checking them for inconsistencies, errors, or missing information. This ensures the accuracy and quality of BIM models before they are used for construction or facility management purposes.
Possible Shortcomings of AI-generated BIM Content
Despite the many advantages AI brings to BIM content creation, there are potential drawbacks to consider. For instance, AI-generated BIM content may lack the nuanced understanding and creativity that human designers possess. Additionally, AI algorithms are only as good as the data they are trained on, which may lead to biased or suboptimal results if the data is incomplete or unrepresentative.
Where a Human Touch Will Still Be Needed
While AI can significantly enhance BIM content creation, it is not a complete replacement for human expertise. Human input will still be essential for interpreting complex design requirements, making subjective decisions, and ensuring that the final design aligns with the project’s vision and goals. Furthermore, human professionals will need to oversee AI-generated content to verify its accuracy and compliance with relevant regulations and standards.
The integration of AI and BIM content creation offers many exciting possibilities for the construction industry, from automating BIM object generation to optimizing energy efficiency. However, it is essential to recognize the potential shortcomings of AI-generated BIM content and acknowledge the ongoing need for human expertise. As AI technology continues to advance, it will complement, rather than replace, human professionals in the field of building design and construction. By working together, AI and human experts can overcome the limitations of each and create more efficient, sustainable, and innovative building projects, shaping the future of the construction industry.


Description Of USB Digital Microscope:
See your world in a whole new way, with the USB Digital Microscope.
Now, you can get up close and personal with your subject, using this USB microscope camera. With the aid of this 1000x, high-powered, digital microscope, you can get a clear look at any object, including living things, integrated circuit boards, leaves, skin, rocks, or whatever captivates your imagination. Observe every aspect of your subject. Even the smallest of details will be clearly visible, and you can see it, with your own eyes, right on your computer screen! With a magnification level of 1000x, this USB Digital Microscope is ideal for close inspection or conducting research or analysis of any kind.
The USB Digital Microscope is compatible with PC/MAC or laptop, to make viewing easy. Easy to use, simply plug it into your device and play. Featuring 8 high-quality, LED lights, this microscope provides an incredibly clear view of a previously invisible universe. The USB Digital Microscope is perfect for kids, students, inventors, engineers, and anyone else who enjoys magnifying and inspecting microscopic objects. You can even capture screenshots.
- Magnifies up to 1000x the original size!
- 8 LED lights provide excellent lighting to your subject.
- Connects to your PC/MAC or laptop, so that you can view subjects directly on your screen.
- Uses a dynamic image sensor to capture details invisible to the naked eye.
- Focus Range: Manual Focus from 3mm to 40mm
- Video Capture Resolution: 1000x1080(2M Pixel),1280x960(1.3M Pixel),800x600, 640x480,
- Still Image Capture Resolution: 1000x1080(2M Pixel),1280x960(1.3M Pixel),800x600, 640x480
- Frame Rate: Max. 30f/s Under 600 Lux Brightness
- Flicker Control: 50Hz / 60Hz Option
- Light Source: 8 White Light LED (with controller on USB cable)
- Magnification Ratio:50X ~ 500X (Manual)
- Power Supply: USB Port (5V DC)
- Dimension: 112 mm ( L ) X 33 mm ( R )
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This is my Fourth Year Design project at the University of Waterloo. It's been 8 months in the making, and is due in March. The goal is to provide a better learning mechanism for kids trying to learn how to play the piano. The solution consists of an embedded tablet and Arduino board to process mistakes and show corrections.
Pictured below is the custom shell I'm building to hold the piano. Once it has been built it will be stained either red or blue (or another eye catching color). The main blocker at the moment is installing electromagnets into the keys to actuate their movement (similar to a player piano) for teaching purposes.


Title: Unveiling the Striking Similarities: Computer Monitors vs. Monitor Lizards
Subtitle: A Surprising Connection Between the Digital and Natural Worlds
Introduction: In a fascinating revelation that intertwines the digital realm with the wonders of nature, scientists have drawn intriguing comparisons between computer monitors and monitor lizards. While seemingly unrelated, these two distinct entities share remarkable parallels that transcend the boundaries of technology and biology. This unprecedented exploration delves into the captivating similarities and divergences between the captivating world of computer monitors and the enigmatic monitor lizards.
Appearance: Computer monitors, reminiscent of sleek windows into the digital domain, present a flat and rectangular structure, characterized by vibrant displays that captivate our visual senses. Their slim profiles and clean lines exude modernity and efficiency. Similarly, monitor lizards showcase an awe-inspiring physique with elongated bodies, formidable claws, and scaly skin that mirrors the sleek and captivating design of computer monitors. Both possess a commanding presence that demands attention and arouses curiosity.
Functionality: While computer monitors serve as gateways to the vast realm of digital information, monitor lizards play an essential role in maintaining ecological balance. Computer monitors serve as visual interfaces, presenting users with virtual worlds and facilitating communication and information exchange. In contrast, monitor lizards act as vigilant predators, patrolling their natural habitats and regulating populations of prey species. Although their functionalities differ significantly, both monitors, be they electronic or reptilian, fulfill crucial roles within their respective ecosystems.
Adaptability: Computer monitors, with their ever-evolving technologies, continuously adapt to the changing needs of users. From improved resolutions to faster response times, these devices embody the spirit of innovation. Likewise, monitor lizards display exceptional adaptability in the face of diverse environments. Their ability to thrive in various climates, such as forests, grasslands, or even arid regions, mirrors the versatility exhibited by computer monitors as they seamlessly cater to a wide range of user requirements.
Interaction: While computer monitors foster interaction with the digital world through user interfaces, monitor lizards engage in intricate social dynamics within their own species. Computer monitors enable users to manipulate virtual elements with a click or touch, facilitating communication, entertainment, and productivity. Monitor lizards, on the other hand, exhibit fascinating courtship rituals, territorial displays, and complex hierarchies within their communities. Both realms of interaction, whether virtual or natural, contribute to the richness of human and reptilian experiences.
Survival and Threats: In the digital realm, computer monitors face risks such as hardware failures, malware, and obsolescence. Similarly, monitor lizards contend with various threats in their natural habitats, including habitat loss, climate change, and poaching. Despite the differences in their respective challenges, the survival of computer monitors and monitor lizards hinges on adaptability, resilience, and the collective efforts of humans to protect these remarkable entities.
Conclusion: The convergence of computer monitors and monitor lizards unveils an unexpected connection between the artificial and the natural. This exploration of their similarities highlights the intricate parallels that exist in our world, reminding us of the intertwined nature of technology and biodiversity. From their appearance to their functionality, adaptability, interaction, and survival, computer monitors and monitor lizards provide a thought-provoking comparison that urges us to reflect on the extraordinary diversity and interconnectedness of our planet.


Since 2020, Petroleum Experts Limited has donated to the University of Camerino (Geology Division) academic licenses of the software Move (https://www.petex.com/products/move-suite/).
The donated software has been useful for teaching and research.
Petroleum Experts Limited has recently extended the donation agreement of the software Move to the University of Camerino (Geology Division) up to December 2023.
The donation includes 10 licenses of the software MOVE corresponding to a monetary value of £1,872,218.26.
Petroleum Experts Limited provides free of charge: Up to 10 sets of the MOVE suite of programs.
That will mean: 10 licenses each of:
2D Kinematic Modelling,
3D Kinematic Modelling,
Fault Response Modelling,
MOVE Link for Petrel,
MOVE Link for OpenWorks,
MOVE Link for GST, as well as a licence of HARDLOCK, a Network licensing system to run the software off the network, plus, free software upgrades.