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RCS 3
RCS 3
The Future of HCI
The Future of HCI
Parallelism
Parallelism
Randomness and Approximate Computing
Randomness and Approximate Computing

What's New

3rd IEEE Rebooting Computing Summit

3rd IEEE Rebooting Computing Summit (RCS 3) - By Invitation

23-24 October 2014,
Hilton Santa Cruz, CA


IEEE Technology Time Machine

Symposium on
Technologies beyond 2035
21-23 October 2014, San Jose, CA

Feature Article

Mobile Trusted Computing

Mobile Trusted Computing

Computer Security is a broad field that has increasing significance in an age when everything is networked and computation is delocalized and distributed. There are a wide variety of threats to security, from computer hackers to commercial and government surveillance. One solution is pervasive encryption of data and communication, but more is needed on both the hardware and software levels. Mobile computing on smartphones and embedded devices presents special challenges, given that security provisions must be automatic and largely invisible to the end users. A review on the state-of-the-art is presented by Asokan, et al., in "Mobile Trusted Computing" in the Proceedings of the IEEE

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Technology Spotlight

Neuromorphic Computing

Neuromorphic Computing

The brain is a computer constructed from slow, non-uniform, unreliable devices on the 10┬Ám scale, yet its computational performance exceeds that of the best supercomputers in many respects, with much lower power dissipation. Neuromorphic computing studies the organization of neurons and interconnecting synapses to identify those features (such as massive device-level parallelism, adaptive circuitry, and content-addressable memory) that may be emulated in electronic circuits, and attempts to construct a new class of computers that combines the best features of both electronics and brains. This is being pursued worldwide, but an ongoing program funded by the US Defense Advanced Research Projects Agency (DARPA) at IBM and HRL is featured in a recent article in MIT Technology Review

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