Cortical Architectures on a GPGPU

As the number of devices available per chip continues to increase, the computational potential of future computer architectures grows likewise. While this is a clear benefit for future computing devices, future chips will also likely suffer from more faulty devices and increased power consumption. It is also likely that these chips will be difficult to program if the current trend of adding more parallel cores continues to follow in the future. However, recent advances in neuroscientific understanding make parallel computing devices modeled after the human neocortex a plausible, attractive, fault-tolerant, and energy-efficient possibility.

Provided by: Association for Computing Machinery Topic: Data Centers Date Added: Mar 2010 Format: PDF

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