To Speed Up AI, Mix Memory and Processing

New computing architectures aim to extend artificial intelligence from the cloud to smartphones Image: Sujan Gonugondla Image: Sujan Gonugondla Tearing Down Walls: This prototype features a new chip design called deep in-⁠memory architecture. If John von Neumann were designing a computer today, there’s no way he would build a thick wall…

5 Questions for HEMT Inventor Takashi Mimura

The 2017 Kyoto Prize winner feels his invention, the high-electron-mobility transistor, had a historical impact Photo: Inamori Foundation Takashi Mimura invented something wonderful in 1979. The high-electron-mobility transistor was intended as a device that can operate at microwave frequencies with ease. HEMTs are capable of fast switching because they confine the flow…

E-Coaching for Health

E-coaching is an emerging computing area in which intelligent systems are used to encourage progress toward specific health-related goals by providing tailored training and guidance. Progress in this field could well be a key enabler of increasing health span and well-being for our increasingly care-demanding society. Source: New feed

Quantum Computers Strive to Break Out of the Lab

Tech giants and startups alike want to bring quantum computing into the mainstream, but success is uncertain Photo: Christopher Payne/Esto h4 { color: #03a6e3; text-transform: uppercase; font-size: 16px; line-height: 20px; margin-bottom: 0; padding-bottom: 0; }   Photo: Christopher Payne/Esto Futuristic Computer: Google’s new quantum computers look like props from a sci-fi film.…

The Cyber-Physical Systems Revolution

Cyber-physical systems constitute a disruptive technology across many industries, with a strong impact on economies and social processes. Their applications in many domains, from manufacturing to agriculture and from critical infrastructure to assistive living, brings challenges in technology, business, law and ethics. Source: New feed

Architecting E-Coaching Systems: A First Step for Dealing with Their Intrinsic Design Complexity

E-coaching systems are a highly valuable asset for promoting healthier lifestyles. However, the design of these systems is intrinsically complex. This article proposes a loosely coupled architecture to support the modeling of e-coaching solutions, reducing design complexity and enhancing the flexibility required for the e-coaching process. Source: New feed