Gharan (2014) and Khan have done research in solving the corridor on chip design made the output badoi thopa tapon virtual channel system ports (Virtual Channel: VC) constant access optimization. How to travel to both serial and parallel, which gives a signal to pass through the FIFO to improve and measure the performance of the NoC (Network-on-Chip), for example, the rate of speed. Passive benefits and the buffer using the powerful hardware and do the comparison against the expense of the original VC system found that the design of the output port using thopa tapon channel virtual (Virtual Channel: VC), eating areas, less than 8% and 9% less power when compared to a typical features that have been confirmed by the synthesis of results and passed the 19% in traffic and 23% of the original VC, which updates from the design space will be reduced to 5% and 4% of the energy is reduced.
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