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Multi-core processing is a growing industry trend as single core processors rapidly reach the physical limits of possible complexity and speed. In case of single core processors, the increased performance incurs the more heating and cooling arrangements, as heating is a consequence of power dissipation. The cache design in existing SMT and superscalar processors is optimized for latency, but not for...
We present a cross-layer customization methodology for latency and bandwidth efficient inter-core communication in embedded multiprocessors. The methodology integrates compiler, operating system, and hardware support to achieve a bandwidth efficient, snoop- free, and coherence cache miss-free shared memory communication between synchronized producer and consumers cores. A compiler- driven code transformation...
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