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Monthly Archives: April 2017
Complete Teardown Analysis of HTC’s Vive Virtual Reality Head-Mounted Display Unit – GlobeNewswire (press release)
Posted: April 12, 2017 at 8:41 am
April 12, 2017 07:44 ET | Source: Research and Markets
Dublin, April 12, 2017 (GLOBE NEWSWIRE) -- Research and Markets has announced the addition of the "HTC Vive Virtual Reality Head-Mounted Display: Complete Teardown Analysis" report to their offering.
The Virtual Reality (VR) market has raised expectations extremely high. It is already worth several billion US dollars per year and growing rapidly, with millions of headsets due to be sold in coming years.
Three main companies lead this new market: HTC Corporation, Oculus VR, which was bought by Facebook in 2014 for $2 billion, and Sony Playstation.
They think this market has enough potential to invest billions of dollars to get ahead of their competitors. Most other major manufacturers also want good market shares, including Microsoft, Intel, Google, AMD, Samsung, Huawei, Archos and Alcatel.
Winning in this market is now HTC's all-or-nothing strategy. The HTC Vive VR Head-Mounted Display (HMD) is aimed at saving HTC from collapse. Vive VR can be used in different sectors, including gaming, entertainment, health, automotive, retail and education. It promises a premium VR experience.
This very well-designed system uses established components, including two 12001080 pixel AMOLED displays manufactured by Samsung, for a total resolution of 21601200 pixels. These are the main parts of the over 2850 electronic and mechanical components System Plus Consulting has identified in the headset. There are also several MCUs, FPGAs, processors, interface ICs, MEMS sensors, photodiodes, and a camera module including an Omnivision Global Shutter Motion Detector.
Based on a complete teardown of the HTC Vive VR Headset, this report is a detailed physical, technology and cost analysis.
Key Topics Covered:
Overview / Introduction
Executive Summary
- Main Chipset - Block Diagram - Reverse Costing Methodology
Company Profile
HTC Corporation
Physical Analysis
Content of the Box
- Views and Dimensions of the Headset - Headset Opening - Fresnel Lens Details - Display Details - Main Electronic Board - Top side - overview - Top side - high definition photo - Top side - PCB markings - Top side - main component markings - Top side - main component identification - Top side - other component markings - Top side - other component identification - Bottom side - high definition photo - Bottom side - component identification - IR Photodiode Flex - Front Camera Flex - Microphone Flex - Proximity Sensor Flex - Display Flex 1 & 2
Cost Analysis
Estimating the BOM
- PCB Cost - BOM Cost - Main Electronic Board - BOM Cost - IR Photodiode Flex - BOM Cost - Front Camera Flex - BOM Cost - Microphone Flex - BOM Cost - Proximity Sensor Flex - BOM Cost - Display Flex 1 & 2 - Housing Parts - Estimation - BOM Cost - Housing - Material Cost Breakdown by Sub-Assembly - Material Cost Breakdown by Component Category - Estimating Added Value (AV) cost - Electronic Board Manufacturing Flow - Details of the Main Electronic Board AV Cost - Details of the System Assembly AV Cost - Added-Value Cost Breakdown - Manufacturing Cost Breakdown
Estimated Price Analysis
- Estimation of the Manufacturing Price - Estimation of the Selling Price
Companies Mentioned
- AMD - Archos and Alcatel - Facebook - Google - HTC Corporation - Huawei - Intel - Microsoft - Samsung - Sony
For more information about this report visit http://www.researchandmarkets.com/research/72d7b6/htc_vive_virtual
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5 virtual reality experiences not to miss at VR World Congress – TechSPARK (blog)
Posted: at 8:41 am
Bristol's VRWC is on for another 2 days - here is the latest VR tech we think you should try out
VR World Congress has descended on Bristol for three days of VR expertise from major VR companies from around the world, networking, and, of course, the chance to try out the latest cutting-edge virtual reality tech.
The expo floor is littered with VR and AR experiences to try out, so here are a few that caught the TechSPARK teams eye and that we think youshould have a go on if you are there tickets are still available!
360 immersive video footage
How would you like to have a ringside seat at a world-class boxing match in amongst the baying crowds while being sat on your sofa at home? Or to experience what its like to be in the hustle and bustle of a pit-lane during a Formula 1 race from the point of view of the driver? Well the Surround Vision stall at VRWC lets you dojust that by putting on a pair of VR goggles.
Using unobtrusive 360 cameras Surround Vision has made it its mission to put you at the centre of the action. Its not just about sport either Surround Vision has captured ballet at the Royal Opera house, a tour through an African village and can put you in the centre of an exploding kitchen!
As Founder Richard Nockles (pictured right) says, 360 and VR is perfect for capturing truly immersive footage. Its about intimacy & getting right into the thick of it.
Touching objects in virtual reality
One of the problems when trying to immerse yourself in a VR experience is that your mind is awarethat you are unable to physically touch any of the objects around you. However, now, with tech produced by Bristol-based Ultrahaptics you can touch and feel objects in virtual reality scenarios and thats without the use of gloves or controllers.
Its tech uses ultrasound to apply pressure to your skin, which fools your brain into thinking it is touching an object. Matching that haptic experience up to what you are experiencing in the VR environment means you can interact in a convincing way with the things around you. This is one that definitely needs to be tried to be believed (Booth H5).
Gaming treadmill debut
How do you stop people in VR experiences crashing into the walls of the real world they cant see around them? You put them in the latestWizdish Rovr treadmill of course!
The ROVR has been developed over 10 years to allow you to walk around VR environments while remaining within its sturdy steel frame. The company is now debuting version 2 of the ROVR at VRWC (at booth G16), so you can be one of the first people to ever take a stroll in this cutting-edge VR locomotion tech.
360 projections
Igloo Visions dome is hard to miss, and you shouldnt either as they are displaying a variety of 360 immersive experiences, some of it interactive, throughout the day at VRWC.
The 360 projection company provides domes and cylinders for 360 visualisation experiences and collaborative meeting spaces with 5.1 surround sound and its worth stepping inside to see the cool things you can do with a 360 projection space.
Playing with VR in 350: Roving reporter Alice Whale interacting with Igloo Visions 360 display
Peakperformance VR
What do you need for a great VR experience? You need plenty of grunt from the PCs that are running it. And who better to provide that than overclock experts OverclockersUK.
Overclocking is taking a traditional computer processor and modding it to run at much higher speeds than usual.This requires loads of impressive looking cooling tech to prevent the chip from overheating, but it means you get a lot more bang for your buck, and, when it comes to VR, a really great lag-free experience.
To see what that extra power can do for your gaming experiences you can jump into acar racing VR gameat booth G19.
These are just 5 of the amazing VR exhibits at the VRWC expo floor there are lots more! If you dont have a ticket, you can buy an Expo ticket for just 24 to get in there and play. You canfind out more about the event on the VR World Congress websiteand to stay up to date with the conference you canfollow them on Twitter here: @VRWorldCongress.
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Does Google’s AutoDraw AI grasp modern art better than you? – CNET
Posted: at 8:41 am
Turns out Google is a better artist than you.
The company has unveiled a new web-based drawing tool called AutoDraw, which will turn your terrible Microsoft Paint skills into actual pictures.
Just scrawl something on your phone screen with your finger (or on your desktop with a mouse) and Google's machine learning will detect what you're trying to draw, and fix it up for you.
The tech company has been making great strides in artificial intelligence, scooping squads of AI enthusiasts into its fold, tackling the toxic mess that is online comments, firing up special-purpose AI chips and once again pitting its machines against human players at the board game Go. For AutoDraw, the company used the same technology behind its "Quick, Draw!" AI Experiment, which tried to teach a neural network to recognize doodles. Now Google has upped the ante, partnering with artists to create some of the suggested sketches in AutoDraw.
But we're forgetting the big question: Does a neural network really understand modern art?
From left, "The Birth of Day" by Miro, the writer's impression and Google's rendition.
Apparently Miro is a no-go.
But what if we feed it something even simpler? Say, the ultra minimalist animal sketches of sometime doodler, Pablo Picasso?
Google understands Picasso's animal sketches better than all of us.
Google knows a parrot when it sees one.
But apparently Google doesn't like camels.
Apparently even the smartest machines have their limits. A single-line drawing on a smartphone, copying one of the greatest artists of the 20th century -- excuse the pun, but that's where Google draws the line.
It's Complicated: This is dating in the age of apps. Having fun yet? These stories get to the heart of the matter.
Technically Literate: Original works of short fiction with unique perspectives on tech, exclusively on CNET.
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Why Facebook Is Doubling Down on Its AI — The Motley Fool – Motley Fool
Posted: at 8:41 am
Imagine the computing power necessary to handle the activity of 1.23 billion usersplaying 100 million hours of video and uploading 95 million posts of photos and videos. Facebook, Inc. (NASDAQ:FB) processes that and more every day. Now imagine sifting through all that data to perform facial recognition, describe the contents of photos and video, and populate your news feed with relevant content. Those tasks are all handled by Facebook's servers that have been infused with its homegrown brand of artificial intelligence (AI).
The training that takes place behind the scenes has been the job of Facebook's AI brain named Big Sur, which has been handling the task since 2015. Now, the system that has been at the heart of the company's AI activity for the last two years is being replaced by a newer, faster model. Facebook revealed in a blog post that its successor is dubbed Big Basin, and this new platform boasts some impressive credentials. The upgraded AI server can train machine-learning models that are 30% larger in about half the time.
Facebook data center in Prineville, Oregon. Image source: Facebook.
Machine learning is a combination of software models and algorithms that sort through data at lightning speeds to make deductions based on what it finds. This might sound somewhat futuristic, but this AI technology is being used today. An example would be running facial recognition and comparing a newly uploaded photo with all the photos in its database to suggest a name when tagging a friend in the picture. "If you've logged into Facebook, it's very likely you've used some type of AI system we've been developing," according to Kevin Lee, a technical program manager at Facebook and author of the blog.
Lee detailed that the new system was built using graphics processing units (GPUs) from NVIDIA Corporation (NASDAQ:NVDA) to achieve this new level of AI computing. The platform hosts eight Tesla P100 GPU accelerators, which NVIDIA describes as "the most advanced data center GPU ever built." The system also features NVIDIA NVLink, which connects the GPUs in what Facebook describes as a "hybrid mesh cube." The speed of these systems can bog down, caused by a bottleneck at the connections, which the NVLink seeks to prevent. Lee indicated that the architecture was similar NVIDIA's DGX-1 -- its AI supercomputer in a box. Lee quipped that "Big Basin behaves like a JBOD [just a bunch of disks] -- or as we call it, JBOG, just a bunch of GPUs."
Facebook's recent emphasis on live video streaming provided challenges because of how quickly it was adopted by users. Larger and more complex data sets required additional computing power at higher speeds. The company uses AI to not only classify its real-time video but in other applications, such as speech and text translations. This new platform provides the data capacity and speed to train Facebook's next generation of AI models.
Facebook plans to release the design specifications of its AI server via the Open Compute Project in the near future. Once that happens, any ambitious computer engineer with sufficient time and money could conceivably build one of these systems in his or her basement.
Big Basin AI Server can train 30% larger data sets than its predecessor in half the time! Image source: Facebook.
Facebook isn't the only company creating innovative AI applications. Alphabet's (NASDAQ:GOOGL) (NASDAQ:GOOG) Google revealed the details behind its Tensor Processing Unit (TPU), a specialized chip it designed and has been using to power its AI systems -- called deep neural networks -- for the last two years. These machine-learning systems are created using algorithms and software modeled on the human brain, and they learn by analyzing vast quantities of data.
In a Google blog post, hardware engineer Norm Jouppi described the capabilities of the TPU chip, saying that it processed AI workloads 15 to 30 times faster than conventional CPUs and GPUs while achieving a 30 to 80 times reduction in energy consumption. Google realized six years ago that the AI speech-recognition technology that it was deploying to users required the storage of vast amounts of data, and worried that it would have to double the number of data centers just to keep up. Google credits the development of TPU for improvements in its Translate, Image Search, and Photos programs, and for its victory over world's best Go players.
It would be difficult to quantify the value these innovations bring to the companies that develop them, and even more so since they are being shared with the world. Very few of the companies involved in AI research reveal any direct financial benefit, though the advances make their products more useful to consumers, as the resulting technologies affect the things we do and the products we use every day.
Suzanne Frey, an executive at Alphabet, is a member of The Motley Fool's board of directors. Danny Vena owns shares of Alphabet (A shares) and Facebook. Danny Vena has the following options: long January 2018 $640 calls on Alphabet (C shares) and short January 2018 $650 calls on Alphabet (C shares). The Motley Fool owns shares of and recommends Alphabet (A shares), Alphabet (C shares), Facebook, and Nvidia. The Motley Fool has a disclosure policy.
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AI wins $290000 in Chinese poker competition – BBC News
Posted: at 8:41 am
BBC News | AI wins $290000 in Chinese poker competition BBC News An artificial intelligence program has beaten a team of six poker players at a series of exhibition matches in China. The AI system, called Lengpudashi, won a landslide victory and $290,000 (230,000) in the five-day competition. It is the second time ... AI takes a seat at the table (and wins) | CIO Famous poker-playing AI takes down scientists and engineers AI tech that solved poker could be mobile in 5-yrs; AlphaGo gets ... |
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Renault ZOE writes On the Road fanfic, becomes first AI hipster – TechCrunch
Posted: at 8:41 am
An all-electric Renault ZOE is writing fan fiction based on Jack Kerouacs novel On the Road to demonstrate how far modern EVs can travel on a charge. Its also a celebration of the novels sixtieth anniversary in 2017. Also, presumably, this willimpress ZOEs latest crush, who loves Beat literature.
The car uses live driving data and artificial intelligence to generate fan fiction authorized by the Kerouac estate in the style of the famous novel. The AI takes information from internal and external sensors as the car drives through Stockholm and turns it into contextual storylines, according to the press release. These stories are unique to each driver, depending on what inputs occur during the drives.
The first step was to analyze the book using theWatson API. The analysis looked for language usage, emotions and social cues in the text. This is the basis for ZOEs in the style of fanfic.
The ZOE has a Raspberry Pi on board with a data collecting scanner, 4G modem and GPS, plus the usual array of sensors in a modern vehicle. A bunch of data is collected from the sensors and the scanner, including speed, acceleration, braking, weather, nearby places and geopositioning.
The ZOE puts all those data pointstogether to generate a Kerouac-style story on the fly based on conditions. It uses the same text-to-speed technology as the Amazon Alexa to read the results out loud in real time during the drive. Back at the projects HQ, the driver receives a thermal-printed version of the story.
The goal of the project, according to Renault, is to ease consumers range anxiety by showing that an electric vehicle like the Renault ZOE can travel 400 km (about 250 miles) on one charge and write a freakin novel in the process. Im not sure how convincing that will be to potential EV buyers, but its on the clever side of quirky.
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Does AI actually exist yet? – American Banker (subscription)
Posted: at 8:41 am
Lets try to cut through the hype surrounding voice technology, bots and machine learning by asking this fundamental question: Does artificial intelligence actually exist yet?
I wrote a blog post earlier this year claiming that AI does not exist, which sparked quite a debate and evoked very emotional responses.
The statement tapped into a deep well present in many who have studied computer science and have a strong opinion on what constitutes AI. I admit that I am not the most technically informed about the ins and outs of digital banking, and therefore my position might be a little naive. But at the end of the day, the fintech industry has not entirely defined which innovations are viewed as AI and which are not, or classified different levels of AI or AI-like functions. Just saying something is AI doesnt indicate its level of machine learning and technological advancement.
I will try to frame the debate. Whether you believe AI has arrived, or is still on its way, depends on how you define it.
At one end of the spectrum, a pure view of AI, sits those individuals who think that until we have Data on "Star Trek" who was a synthetic being we dont have AI. Under this definition, AI is sentient, thinking, alive, with self-interest and awareness which current technology is nowhere near achieving. In digital banking, chatbots facilitating customer service, machine learning to make the loan underwriting process more efficient and other innovations are improving the industrys efficiency. But based on this pure definition, they are not AI.
Purists and academics tend toward the "Star Trek" model. They measure AI similar to how Data was portrayed in the TV show, as a recognized life form. They view such a measure of AI as a good aspirational goal, but they admit we may never get there.
On the other end of the spectrum sits those who characterize AI along the lines of "Westworld." In the HBO show, about a theme park where human guests interact with manager-controlled humanoids, called hosts, computers can emulate humans to a degree where guests cant tell they are actually computers. This definition of AI has parallels with the Turing Test, named for Alan Turing, to measure a machines ability to act like a human.
We can do Westworld today, and that is where the hype begins.
We can start to deploy rudimentary AI in finance and banking, using the Westworld model. We can start to emulate, programmatically, what people do in real life, and we can do it at a high degree of emulation so we can fake human behavior and make it feel real. The benefits for banks and for customers are potentially huge. For example, Facebook Messenger Service Bots can one day replace the bank contact call center.
The hype exists because while AI might not exist today, as defined by "Star Trek"/Data, rudimentary forms of it do exist and can be put into use. Innovations such as Alexa and the Facebook Messenger Service Bot are just examples of transformative technology. The innovations around the corner in online credit underwriting, mobile banking and even toward self-service banking makes the future exciting.
But as machine learning advances in the financial services industry, it is hard to determine what is real, and what is hype and theory. As financial institutions and computer scientists develop and refine these technologies, we can also hopefully refine their definitions and how one innovation is distinguished from the other.
Robb Gaynor is co-founder and chief product officer of Malauzai.
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Microsoft Bets on Artificial Intelligence to Help It Succeed Again in Travel – Skift
Posted: at 8:40 am
With the exception of helping create Expedia,Microsoft has struggled to figure out travel. But it is hoping that artificial intelligence (AI) will be its route finally to leapfrog ahead of Google and Oracle, playing a larger role as middleman.
The example illustrates the companys current approach to the travel sector. The technology giant appears to be more interested in building middleware services that sit between customers and travel companies.
The company has a mixed past record of engaging with consumers on its own. For example, in 2008, it bought an airfare prediction website called Farecast for $115 million and integrated it with its flight search results on its Bing search engine. But that project, along with the MSN Travel mobile app, didnt gain traction with consumers.
The companys focus now is on the new AI and cognitive computing layers that it predicts are going to disrupt travel. By 2018 half of all consumers will interact with cognitive computing, thanks in part to the spread of AI-powered platforms like Amazons Alexa, Apples Siri, and of course Microsofts Cortana.
Microsoft says 145 million people use Cortana at least once a month. But that definition of use is fairly light, and the voice assistant is not yet ingrained in the habits of consumers enough to be a go-to when it comes to, say, travel search.
Stuart Greif, senior executive, Travel/Hospitality, QSR, and Transportation Industry Solutions at Microsoft, has been out on the industry circuit, sharing the companys predictions about where travel technology is headed. Most recently Greif spoke last week at a conference in San Francisco run by venture capital firm Thayer Ventures, where Skift saw his presentation first-hand.
Greif says, Were not looking to build the next great travel platform. Our message to the travel industry is that we want to partner on delivering solutions.
It has targeted several sectors of the industry, but its chances seem better in some than in others.
Mobile apps may be replaced by voice-activated internet, Greif says. We think the app world is going to go away. People can debate that, but why do you need to go in and out of a dozen different travel apps by touch if you run nearly everything on your device by voice command?
Greif argues bots are really the new apps. Lets say you often book hotels for business travel You dont want to have to re-enter your information at every new hotel site or travel agency you use.
Our view is, Im going to have a bot on a system like Skype or Cortana or Alexa or Siri, and Marriott is going to have its own bot, and Marriott is going basically ask me, would you like to check in? And my bots going say, Hey is it okay to provide these details? My bot is going to say, Yes Cortana, please give the information.
Greif says the rise of voice-activated search may upend the direct booking wars between suppliers and third-parties.
When you search for travel queries on a voice-powered platform, who owns that search? asks Greif. Is it Google? Is it Siri, Alexa? Is it Cortana? If artificial intelligence can look across the entire spectrum of everything thats available and choose what to bring it back as relevant, whose is it bringing back? Is it bringing back brand.com? Is it bringing back the OTAs?
Greif conceded he didnt have answers to the tantalizing questions he raised. And while the companys Cortana is often seen as superior technologically to voice assistants from Google, Apple, and Amazon, there is a marketing and commercialization effort that needs to go along with the technological work to enable Microsoft to become a vital part of travel distribution.
As of today, Cortana doesnt known many travel-specific commands.
Whats more, if it chooses to compete in the battle to funnel travelers to booking options, it needs to catch up to rivals by rapidly developing more third-party speakers that support Cortana. Its prevalence via the Windows platform has not, so far, seemed like enough. Otherwise, Google, Apple, and Amazon may outpace it in having physical platforms distributed worldwide, making the questions Greif poses about who owns search moot.
A year ago Microsoft invited travel companies to build bots on its Skype messaging service, to enable the brands to automate many parts of their customer interactions. But brands like Kayak, Expedia, Hipmunk, and Cheap Flights, have ignored it, focusing instead on Facebook Messengers platform.
Its not hard to wonder if a similar fate awaits Cortana unless Microsoft adjusts its ground game in travel.
Microsoft translator can translate speech across nine languages in real time in sixty languages, via text input. But it is still some years off from real-time translation happens via speech.
Speech recognition could, in theory, someday replace airline gate agents and hotel front desk clerks, by capturing and processing requests, reducing error rates. As of today, the speech recognition is possible, but not the ability to send commands into travel company systems, Greif says.
Visual recognition could, in theory, replace airline agents who need to match faces with photo identification for, say, allowing a bag to be checked in for a flight. Already Microsoft says its computers are better at matching faces than humans are, on average.
How long does Greif think it takes for AI to be able to actually have the business logic down thats required for people to do things like search and book an itinerary that might be complicated?
I think the search part is the easy part, he says. Its all the back-end integrations and business decision-making thats gonna take awhile.
As an example, an unnamed large hotel chain recently gave Microsoft links to five different frequently asked questions as part of a project to create a demonstration of how an automated, chat-based customer service interface might work.
It only took Microsofts developers and machines 10 minutes to read the content and come up with an interface that could provide those answers to a wide away of question phrasings.
But Greif says bookings are more complicated. He believes the industry will start putting these solutions into production within about five years time.
Despite Microsofts ambitions with Cortana, it has less experience in the quirks of travel marketing and distribution of its competitor Google.
It seems more likely to gain market share by providing truly business-to-business enterprise services to hotels for operations. Last year Microsoft began demonstrating its concept of the connected hotel that used next-generation guest experience management system iRiS and next-generation hotel operating system that acts as middleware for interpreting data in operations and finance.
Greif says the key issue for hotels is aligning all the systems in a guest room and the back office so that they are all participating in real-time. Right now the systems arent connected to know when water pressure is not working or the TV is not working and so the company cant get ahead of customer complaints with predictive maintenance.
But the companys active demonstrations with travel suppliers suggest that it poses a significant competitive threat to todays largest hospitality tech providers, such as Oracle, and airline providers, such as Amadeus in partnership with Accenture.
Whether Microsoft is a victor or not in the AI race, Greif seems persuasive on his larger point that the arrival of high-powered computing in the cloud, more sophisticated computer algorithms, and the popularization of mobile, internet-connected devices is finally ushering in the AI era.
Platforms that can support AI are truly being popularized now, which means that hotels, airports, and airlines are increasingly powered by artificial intelligence. So there is some merit to the buzz.
The platforms are getting better at recognizing spoken queries and at helping to categorize various types of knowledge so as to deliver relevant and intelligent responses within particular areas of focus for a specific task or sets of tasks.
For example, in speech recognition, Microsoft had a historic achievement last year. It achieved parity in speech recognition accuracy with humans. That doesnt mean its computers hear perfectly, but it hears just as well as humans do.
That said, the hype machine is on overdrive, Greif concedes. He notes that a few years ago every startup pitch described itself as a data analytics company, and today every startup claims to be in AI.
In the meantime, Microsoft is claiming it has a new company culture that will enable it to adapt to the new, fast-changing circumstances. Greif says, Its a whole new Microsoft. Its a much more open company now. I get to keep my iPhone, and thats always nice.
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Photo Credit: Microsoft's Cortana voice assistant lets users search the web for answers via voice. A new Harman Karman device is expected to bring Cortana into more homes soon. Microsoft
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Microsoft Bets on Artificial Intelligence to Help It Succeed Again in Travel - Skift
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The Chinese Tech Firms Pushing Boundaries Of Artificial Intelligence – Forbes
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Forbes | The Chinese Tech Firms Pushing Boundaries Of Artificial Intelligence Forbes China is pouring resources into artificial intelligence to nurture world-class companies that can compete with the likes of Google and IBM in building intelligence ... |
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The Chinese Tech Firms Pushing Boundaries Of Artificial Intelligence - Forbes
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How Artificial Intelligence is Helping the Visually Impaired – Huffington Post
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New technologies are rapidly changing how many of us live our lives. Advances in connectivity are allowing us to access and transmit information faster than ever before. From financial services to healthcare to education, the application of new technologies is simplifying long-existing processes and changing how consumers interact with businesses and service providers.
Although new technologies are undoubtedly changing our commercial interactions, the application and proliferation of new technologies like Artificial Intelligence (AI) are having a much broader and positive impact on society. However, much of the focus on Artificial Intelligence (AI) has been on how its commercialization will impact the global labor force. Without question, the development and design of systems, machines, and processes that will effectively carry out tasks previously reserved to humans, ranging from decision making to the manufacture of products, will have far reaching implications on our societies and deserves much discussion. Yet, what is equally as impactful and worthy of discussion is the role AI can play in improving the quality of life of everyday individuals.
As many would agree, self-driving cars or automated vehicles are one of the most exciting AI innovations of the 21st century. Powered by advanced AI technology that senses, processes, reacts and adapts to external factors in much the same way a human driver would, self-driving cars are expected to revolutionize human transportation. In terms of safety alone, AI not only predicts and anticipates responses, but can also prevent and mitigate the consequences of bad weather or collisions. Consequently, the future proliferation of automated vehicles is expected to reduce accidents, cut greenhouse emissions, and even increase human productivity.
Now imagine adapting the very same highly advanced AI technology that powers automated vehicles to applications that will improve the lives of the visually impaired. By applying technology that accurately senses its external environment and makes accurate, split second decisions to aid visually impaired individuals you could have a transformational impact on peoples lives.
Recognizing the life-changing implications AI could have for the visually impaired, Israel based OrCam has made it its mission to use AI technology and software to improve the lives of the worlds 285 million blind and visually impaired persons. As the brainchild of Amnon Shashua and Ziv Aviram, cofounders of pioneering collision avoidance technology company Mobileye, OrCams flagship product, MyEye, uses advanced AI technology to help the visually impaired recognize faces, read words and text, identify currency by its denomination, and even distinguish between products and brands.
I had the opportunity to interview, Gene Gurevich, the Director of Policy and Government Affairs of MobileEye Vision Technologies, Ltd. about OrCams business, artificial intelligence, and why Israel is a global innovation leader. Hope you enjoy!
CG: Tell me about OrCam. What does the company do and how was the idea for the company conceived?
GG: OrCams mission is to improve the lives of those who are blind, visually impaired, or have a reading disability through innovative artificial vision technology. OrCam was founded in 2010 by CTO Professor Amnon Shashua and CEO Ziv Aviram, who are also the cofounders of Mobileye, a global leader in collision avoidance and autonomous vehicle technology.
CG: Millions of people around the world suffer from blindness or are visually impaired. OrCams MyEye technology has the potential to impact many peoples lives. How does it work?
GG: OrCam MyEye is a small wearable device that has the ability to read printed text from any surface, including books, newspapers, restaurant menus, food labels, and street signs, as well digital text on smartphones, computers or television screens. The device also recognizes faces of individuals as well as identifies products and the denominations of currency notes.
The facial recognition functionality identifies faces of individuals who were previously entered in the devices memory. The name of the individual is announced to the OrCam user when that person is in OrCam MyEye's field of vision.
The device consists of two parts: a small camera and audio piece that can be attached to practically any pair of eyeglass frames, and a base unit the size of a smartphone which serves as the processing brain of the device. The user "reads" text by either clicking on OrCam's trigger button or by pointing to the text with his or her finger the only assistive technology device in existence which can be activated by a simple pointing gesture. The information is received through the camera, processed by the base unit and relayed discreetly to the user through personal audio.
CG: What are some examples of the types of activities with which OrCam MyEye can assist blind or visually impaired people?
GG: With OrCam, individuals who have difficulty reading may now read their own mail, any books of their choosing or their morning newspaper whenever and wherever they want. The facial recognition feature allows blind and visually impaired individuals to be more active and comfortable in social settings, enabling them to know when a family member, friend or colleague is nearby, as the device identifies them once they are in sight. For many users of OrCam, the device delivers a level of independence they either lost or never had. Based on user feedback, OrCam's functionality is incredibly empowering.
CG: How has OrCam MyEye been received by users?
GG: The reception has been tremendous. We receive a lot of positive feedback from users on how the device changed their lives. To work for a company that improves peoples lives and to hear their personal stories has been an incredibly rewarding experience for me. Each story is unique, as are the individuals along with their needs and goals. Whether its a mother who is now able to read a book to her young children, a veteran enabled to study or function more productively in a workplace, or an elderly person who wants to read their mail without relying on others these are all powerful and inspiring personal stories.
There are currently thousands of satisfied OrCam users in the U.S. and around the world. The device is available in multiple languages, including English, Hebrew, German, French, Spanish and Italian.
We regularly hear from OrCam users and their stories serve as motivation for our team to work even harder to constantly improve the technology and reach more people whose lives could be improved by the device.
CG: OrCam MyEye is a great example of how Artificial Intelligence (AI) can help provide solutions to some of the worlds most difficult issues. How do you believe AI will continue to impact our lives?
GG: We are seeing AI advance at a rapid pace and being applied to address some of the worlds biggest challenges. The transportation sector comes to mind as a key area where we are seeing significant and very rapid advancements. The implications of these innovations are likely to be vast.
For instance, in 2015 over 35,000 people died and over 2 million people were injured on U.S. roads as a result of vehicle collisions. Over 90 percent of those vehicle collisions were caused by human error. Collision avoidance technologies, such as those developed by Mobileye, are already saving lives and the shift toward autonomous vehicles has the potential to prevent the majority of vehicle collision deaths and injuries.
In addition to saving lives, there could be other benefits to autonomous vehicles, such as greater mobility to underserved communities, including the handicapped and elderly who have a difficult time getting around, as well as lowering the cost of transportation. Currently, transportation is the second biggest expense for Americans, after housing costs.
The level of AI and other technological innovation being developed in different fields is exciting and is likely to lead to great societal benefits. We at OrCam are proud to be one of the leaders in this wave of technological advancement and are focused on achieving further success in developing solutions that will help people live fuller and more productive lives.
CG: Israel is one of the most innovative countries in the world. As an Israeli company, to what do you attribute the countrys great success in advancing new technologies and building world-class startups and businesses?
GG: Israels history, size, relatively limited natural resources (or at least until very recently), and its security environment, has created a culture of innovators and entrepreneurs. To quote a well-known proverb, necessity is the mother of invention. It definitely appears to be the case with regard to Israel.
As an American, spending time in Israel and speaking with some of the folks behind the innovation boom, it is clear that there is a level of grit and determination that many Israelis have that is not commonly seen elsewhere.
Moreover, Israels universities and particularly the countrys military has provided the necessary education and training for many of the countrys innovators. As military service is mandatory and the defense sector has become increasingly technologically advanced, many young Israelis, upon finishing their military service, have had hands-on technical experience that allows them to thrive in the private sector.
GG: It is rewarding to work for a company that is a leader in innovation with technology that makes a significant difference in peoples lives. We have a very talented and hardworking team at OrCam and we look forward to continuing to develop innovative technologies that will help people live more actively and independently.
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How Artificial Intelligence is Helping the Visually Impaired - Huffington Post
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