Intel will debut Pohoiki Springs, an experimental research system for neuromorphic computing that simulates the way human brains work and computes more quickly and with less energy. It will first be made available, via the cloud, to the Intel Neuromorphic Research Community, which includes about a dozen companies (such as Accenture and Airbus), academic researchers and government labs. Intel and Cornell University jointly published a paper on the Loihi chip’s ability to learn and recognize 10 hazardous materials from smell. Continue reading Intel to Unveil Experimental Neuromorphic Computing System

Intel, which is in development on its Loihi “neuromorphic” deep-learning chips, just debuted Pohoiki Beach, code name for a new system comprised of 64 Loihi chips and eight million “neurons.” Loihi’s neuromorphism denotes the fact that it is modeled after the human brain, and Pohoiki Beach is capable of running AI algorithms up to 1,000 faster and 10,000 times more efficiently than the typical CPU. Applications could include everything from autonomous vehicles to electronic robot skin and prosthetic limbs. Continue reading Intel Debuts 64-Chip Neuromorphic System for AI Algorithms

At CES 2018, Intel chief executive Brian Krzanich gave a keynote address that ranged on topics from cybersecurity to immersive media and both neuromorphic and quantum computing. He also introduced Intel Studios, a site for the production of immersive media. First, Krzanich brought up the formerly undetected flaws in Intel chips, dubbed Spectre and Meltdown, saying that it was Intel’s No. 1 priority to secure customer data and noting that the industry has joined forces to plug the loopholes. Continue reading CES Keynote: Intel Introduces New Studio for Immersive Media

Samsung created the Dynamic Vision Sensor, a digital eye based on the IBM TrueNorth chip, which relies on neuromorphic computing optimized for low-power processing of large amounts of data. The chip is composed of 4,096 tiny computing cores — which create a million digital brain cells and 256 million connections — sending short messages to one another. The result is a chip that acts similarly to the brain’s neurons. The Dynamic Vision Sensor processes video imagery in which each pixel operates independently. Continue reading Samsung Relies on IBM TrueNorth Chip to Create Digital Eye