AI Chip for the phone — the new MIT chip has 168 processing engines with each engine having it’s own dedicated memory bank.
A chip designed to run powerful neural networks for image analysis uses one-tenth the energy a mobile GPU would.
Category: mobile phones – Page 233
Finally, the solution that I been looking for to combat Telemarketers.
TEXAS (CBSNEWS.COM) – We’ve all been there — usually right at dinner time, the phone rings and you pick up only to find out that you have now been roped into an unwanted conversation with a telemarketer. Have you ever wanted to give them a taste of their own medicine? Well, now, a developer is harnessing the power of artificial intelligence to turn the tables and annoy those pesky callers.
The Jolly Roger Telephone Co., from developer Roger Anderson, is a robot voice that answers with “hello?” and keeps the conversation going. When you get a telemarketing call, you manually conference in the robot and then go on about your life. It stays on the line and any time it senses a moment of silence in the conversation, the robot voice jumps in and fills the gap with generic responses like “yes” or “right” or “hang on.”
On his blog, Anderson has posted recordings of robot vs. telemarketer phone calls. Some of the humans catch on quicker than others.
I cannot wait to see India’s version of DARPA — it is probably going to be amazing.
India is unable to spend its defence modernisation budget, says a report in this newspaper. Out of a current year allocation of Rs 63,675 crore, 40% remained unspent by end-December. This is bad not just for upgrading defence capability but also for Indian research and development and for Indian manufacturing.
It is time defence reimagined its entire strategy for procurement, using a portion of its typically large outlays to stimulate R&D in universities and specialised labs and private companies, and to give Indian companies, big and small, a chance to become suppliers of parts and equipment on a scale much larger than what obtains today. The key is to create an Indian equivalent of the Americans’ Darpa.
The Defense Advanced Research Projects Agency was set up in response to the Soviet Sputnik, with the mission to initiate strategic technological surprises and not be caught off-guard by such surprises. Its size and budget are small. What it does is detailed assessment and forecasting of technology and contracting out of research in diverse areas, to universities, research contractors, companies and specialised labs, matching bits of the huge defence budget with the R&D capability available in the nation. Apart from stealth bombers and precision guidance of missiles, this effort has also yielded the internet and the geopositioning system now available on every smartphone.
A transparent material that can be attached to a smartphone’s touch screen could help the device generate electricity whenever anyone taps it, researchers in China say.
Touch screens are now found on most cell phones and tablet computers. Using a touch screen typically involves finger taps, and scientists at Lanzhou University in China reasoned that the mechanical energy from these motions could be converted into electricity to charge the phone’s batteries, which could significantly extend the working time of these portable devices.
The researchers developed a new material based on a transparent silicone rubber known as PDMS. Scientists embedded wires in this rubber that were made of lead zirconate titanate that were only 700 nanometers, or billionths of a meter, wide. For perspective, this is about 140 times thinner than the average width of a human hair. [Top 10 Inventions That Changed the World].
Google is working in secret at a spaceport in New Mexico to build and test solar-powered internet drones in a new initiative codenamed Project SkyBender, according to a report from The Guardian today. The company is reportedly renting 15,000 square feet of hangar space from Virgin Galactic — the commercial spaceflight outfit of business mogul Richard Branson — at the privately owned Spaceport America located near a town called Truth or Consequences. The lynchpin of Project SkyBender appears to be cutting-edge millimeter wave technology, which can transmit gigabits of data every second at speeds up to 40 times faster than modern 4G LTE.
Millimeter waves are thought to be the future of high-speed data transmission technology, and may form the backbone of 5G mobile networks. Aereo founder Chet Kanojia’s new startup Starry announced earlier this week it would use millimeter wave tech to bring gigabit internet speeds to people’s homes via Wi-Fi. Millimeter waves have much shorter range than current smartphone signals and are easily disrupted by weather conditions like rain, fog, and snow. Using what’s called a phased array, however, Google and others could potentially focus the transmissions over greater distances.
Google is currently testing the technique with a new solar-powered drone called Centaur and other units made by a division known as Google Titan, which the company formed after it acquired drone maker Titan Aerospace in 2014. The company has a deal with the FCC to continue testing until July, according to The Guardian. It’s also paying Virgin Galactic about $1,000 a day to use its hanger, as well as an additional $300,000 to Spaceport America to construct installations with servers, millimeter wave transceivers, and other tech onsite.
This just in: Aipoly Vision* — a free AI app that runs on your iPhone/iPad** (Android coming) and recognizes objects and colors — is now live on the App store, Aipoly Inc. co-founder Alberto Rizzoli just told me in an email.
Of course, I immediately downloaded the app, launched it on my iPhone 6s+, and tested it. It works spectacularly. Its voice names objects or colors in real time as a walk around and also displays objects’ names. I am blown away. Here’s a sample:
Aside from a few minor glitches (the swivel chair was also named “office” and “padded stool” and a banana was also named “bug” and “handle” — but I taught it the right name using its “pencil” tool), Aipoly Vision was astoundingly accurate. Colors were a problem with small objects because of backgrounds, but works OK for most large objects, walls, and floors, the company says.
BEIJING, Jan. 28, 2016 /PRNewswire/ — Today, Light Chaser Animation released Sent, its second work in virtual reality and its first VR story short.
Lately, some key figures in the movie industry have questioned the viability of narrative storytelling in the VR medium. Sent is Light Chaser’s first attempt in answering the question.
The 5-minute, 40-second short tells the story of an emoji “Goodbye.” The narrative begins inside the phone of a boy who is having a quarrel with his girlfriend. Behind the chat screen, all kinds of emoji characters are gathered and vie to be chosen and applied to the conversation. When the boy selects “Goodbye,” the emoji embarks upon a magical journey that would turn things in surprising ways for all.
I do commend Sacramento for trying to put controls in place to reduce human trafficking; will it work?
What if banning smartphone encryption could stem the rising tide of human trafficking, a form of modern-day slavery from which perpetrators force victims to engage in commercial labor services or sex acts against their will?
When engineers at the University of California, Berkeley, say they are going to make you sweat, it is all in the name of science. Specifically, it is for a flexible sensor system that can measure metabolites and electrolytes in sweat, calibrate the data based upon skin temperature and sync the results in real time to a smartphone.
While health monitors have exploded onto the consumer electronics scene over the past decade, researchers say this device, reported in the Jan. 28 issue of the journal Nature (“Fully integrated wearable sensor arrays for multiplexed in situ perspiration analysis”), is the first fully integrated electronic system that can provide continuous, non-invasive monitoring of multiple biochemicals in sweat.
The new sensor developed at UC Berkeley can be made into smart wristbands or headbands that provide continuous, real-time analysis of the chemicals in sweat.