Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: For an embedded processor, the efficiency of instruction delivery has attracted much attention since instruction cache accesses consume a great portion of the whole processor por dissipation. ,  propose a memory structure called Trace Reuse (TR) Cache to serve as an alternative source for instruction delivery. Through an effective scheme to reuse the retired instructions from the pipeline back-end of a processor, the TR cache presents improvement both in performance and por efficiency. Experimental results show that a 2048-entry TR cache is able to provide 75% energy saving for an instruction cache of 16 kB, at the same time boost the IPC up to 21%. The scalability of the TR cache is also demonstrated with the estimated area usage and energy-delay product. The results of our evaluation indicate that the TR cache outperforms the traditional filter cache under all configurations of the reduced cache sizes. The TR cache exhibits strong tolerance to the IPC degradation induced by smaller instruction caches, thus makes it an ideal design option for the cases of trading cache size for better energy and area efficiency.
['Yi-Ying Tsai', 'Chung-Ho Chen']
I am writing a research paper on a idea Energy-Efficient Trace Reuse Cache for Embedded Processors
[{"from": "human", "value": "I am writing a research paper on a idea Energy-Efficient Trace Reuse Cache for Embedded Processors"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: For an embedded processor, the efficiency of instruction delivery has attracted much attention since instruction cache accesses consume a great portion of the whole processor por dissipation. ,  propose a memory structure called Trace Reuse (TR) Cache to serve as an alternative source for instruction delivery. Through an effective scheme to reuse the retired instructions from the pipeline back-end of a processor, the TR cache presents improvement both in performance and por efficiency. Experimental results show that a 2048-entry TR cache is able to provide 75% energy saving for an instruction cache of 16 kB, at the same time boost the IPC up to 21%. The scalability of the TR cache is also demonstrated with the estimated area usage and energy-delay product. The results of our evaluation indicate that the TR cache outperforms the traditional filter cache under all configurations of the reduced cache sizes. The TR cache exhibits strong tolerance to the IPC degradation induced by smaller instruction caches, thus makes it an ideal design option for the cases of trading cache size for better energy and area efficiency."}]