HandEnergy allows users to charge the battery on their phone simply by rotating their hand.
What sets it apart from other smartphone-based eye exam kits – such as the SVOne by New York-based Smart Vision Labs, and Peek – is that it is designed for frequent consumer use.
Nikon Corporation (Kazuo Ushida, President, Tokyo, referred to below as “Nikon”) and its subsidiary Optos Plc (Robert Kennedy, CEO, United Kingdom; referred to below as “Optos”) today announced a strategic alliance with Verily Life Sciences LLC (Andy Conrad, CEO, United States; referred to below as “Verily”, formerly known as Google Life Sciences) in the field of machine learning-enabled retinal imaging. The companies will collaborate on creating technology and solutions for enhanced screening of diabetic retinopathy and diabetic macular edema by diabetes-treating physicians and others to assist in efficient referral of patients to eyecare specialists, and provide these specialists with assisted reading programs for easier diagnosis of disease.
Diabetic retinopathy and diabetic macular edema are leading causes of blindness among adults around the world, and improved access and screening rates can prevent disease progression and blindness. According to the World Health Organization (WHO), the number of diabetic patients is increasing rapidly in many parts of the world, especially in low to middle income countries. As a result, the number of patients with vision impairment and the need to monitor these patients is also expected to grow.
Through an exclusive collaboration in numerous geographies, Nikon (including its subsidiary Optos) and Verily will co-develop solutions for the earlier detection of diabetic retinopathy and diabetic macular edema. The partnership will combine Nikon’s leadership in optical engineering and precision manufacturing, its proprietary ultra-widefield technology and strong commercial presence among eyecare specialists, and Verily’s machine learning technology. Together, Nikon and Verily will work to provide innovative medical solutions to assist physicians, and address a broad population of diabetic patients.
The FCC Consumer and Governmental Affairs Bureau has granted the Entertainment Software Association’s (ESA) request to extend the class waiver of the FCC’s accessibility rules to video game software through Jan. 31, 2017, but will require a progress report halfway through that waiver period.
We already use breathalyzers to detect alcohol levels, but We can now detect the presence of potentially deadly diseases.
Ancient Greek physicians figured that our breath was a strong health indicator, but researchers from the Israel Institute of Technology have proven just how true that is. They developed a device that uses nanoparticles to identify 17 different diseases, including lung cancer and Parkinson’s disease, from just a single breath. While the machine isn’t accurate enough yet for real-life clinical diagnoses, it shows high promise as a quick, non-invasive test that could catch diseases in their early stages
The team tested breath samples from more than 1,400 patients and identified 13 chemicals found in eight types of cancers, Crohn’s disease, Parkinson’s disease, pulmonary hypertension, and other diseases. Each of those volatile organic compounds is present in varying amounts, forming a distinctive “fingerprint” for each ailment. “These odor signatures are what enables us to identify the diseases using the technology that we developed,” says research lead Prof. Hossam Haick.
To pick up the presence and ratio of the chemicals, the team built an “artificially intelligent nanoarray” called the Na-Nose. It uses specific sensors, like one made from gold nanoparticles and another that uses a network of carbon nanotubes, to sense the different compounds. The data is then analyzed by an artificial intelligence system, which considers age, gender, and other factors, picking out the right affliction 86 percent of the time.
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Want to clean your house, but don’t want to get up from your recliner? Well, now you don’t have to make that difficult decision. The Samsung Powerbot VR7000 can be controlled by voice commands with your Amazon Echo device. The company says that, in fact, all its Wi-Fi-enabled Powerbot vacuums will work with Alexa.
The 20 watt robo-vac is considerably smaller (28 percent) than past models, Samsung said, helping it more easily duck under couches or beds. It can also get as close as a half inch (15mm) to a wall and avoid objects as small as a quarter inch, thanks to the front placement of the wide 11-inch brush and “Full View Sensor 2.0.” Other features include a self-cleaning brush, room contour mapping, adjustable suction levels depending on the surface and full remote control with a smartphone (via Wi-Fi.
Samsung didn’t mention the price or availability, but it will show off the Powerbot VR7000 at CES 2017, which starts on Tuesday, January 03, 2017.
Microsoft Thailand last week organized a project to educate youth about computers and Information Technology to equip them with the knowledge and tools to fight human trafficking.
Augmented reality seems cool, unless you are blind. How can blind people function in an environment that is not there, and is only based on visual perception? Introducing Ultrahaptics, a technology that uses ultrasound to create perception based on touch, not vision. The French company, Immersion, is using Ultrahaptics in combination with Microsoft’s HoloLens to create an augmented reality with objects that are touchable. It is believed that it will be initially used in medical situations to reduce the unnecessary touching of equipment, to control kitchen appliances without spreading food born bacteria, and in automobiles, to allow drivers to access controls without having to reach for them and take their eyes off the road. Obviously, anyone with any sort of an imagination can think of countless ways in which this technology can be applied, but part of the restrictions will most likely be based on cost.
The app provides users a simple way to discover the benefits of Android accessible apps.
It’s called Osmo – a program that blends the physical and digital worlds.