Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Leakage por consists of an increasing portion of the total por consumption for modern IC designs. Due to the strong inter-dependency beten leakage and temperature, it becomes imperative to consider the thermal effects while optimizing the leakage por. ,  present a temperature-dependent optimization methodology for on-chip caches. By integrating fast yet accurate coupled thermal-leakage simulations into an optimization flow,  are able to optimally tradeoff beten the cache performance and leakage por while considering realistic on-chip temperature distribution. Our analysis indicates that for future memory intensive designs, the lack of chip temperature information can cause a significant error in the leakage por estimation, thus leading to non-optimal cache designs. Our results further imply that the optimization of cache performance and leakage por shall be attacked as part of the whole system design task in which chip-level floor planning and its thermal impacts are fully addressed.
['Peng Li', 'Yangdong Deng', 'Lawrence T. Pileggi']
I am writing a research paper on a idea Temperature-dependent optimization of cache leakage power dissipation
[{"from": "human", "value": "I am writing a research paper on a idea Temperature-dependent optimization of cache leakage power dissipation"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Leakage por consists of an increasing portion of the total por consumption for modern IC designs. Due to the strong inter-dependency beten leakage and temperature, it becomes imperative to consider the thermal effects while optimizing the leakage por. ,  present a temperature-dependent optimization methodology for on-chip caches. By integrating fast yet accurate coupled thermal-leakage simulations into an optimization flow,  are able to optimally tradeoff beten the cache performance and leakage por while considering realistic on-chip temperature distribution. Our analysis indicates that for future memory intensive designs, the lack of chip temperature information can cause a significant error in the leakage por estimation, thus leading to non-optimal cache designs. Our results further imply that the optimization of cache performance and leakage por shall be attacked as part of the whole system design task in which chip-level floor planning and its thermal impacts are fully addressed."}]