Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Performance-enhancement techniques improve CPU speed, but at higher cost to other valuable system resources such as por and energy.  study this trade-off using software prefetching as the system performance-enhancement technique.  first demonstrate software prefetching provides an average 36% performance boost with 8% more energy consumption and 69% higher por on six memory-intensive benchmarks. Hover, when  combine prefetching with a (unrealistic) static voltage scaling technique, the performance gain afforded by prefetching can be traded off for savings in por/energy consumption. In particular,  observe a 48% energy saving when  slow down the system with prefetching so as to match the performance of the system without prefetching. This suggests a promising approach to build low por systems by transforming traditional performance-enhancement techniques into low por methods.  thus propose a real time dynamic voltage scaling (DVS) algorithm that monitors a system's performance and adapts the voltage level accordingly while maintaining the observed system performance. Our dynamic DVS algorithm achieves a 38% energy saving without any performance loss on our benchmark suite.
['Deepak N. Agarwal', 'Sumitkumar N. Pamnani', 'Gang Qu', 'Donald Yeung']
I am writing a research paper on a idea Transferring performance gain from software prefetching to energy reduction
[{"from": "human", "value": "I am writing a research paper on a idea Transferring performance gain from software prefetching to energy reduction"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Performance-enhancement techniques improve CPU speed, but at higher cost to other valuable system resources such as por and energy.  study this trade-off using software prefetching as the system performance-enhancement technique.  first demonstrate software prefetching provides an average 36% performance boost with 8% more energy consumption and 69% higher por on six memory-intensive benchmarks. Hover, when  combine prefetching with a (unrealistic) static voltage scaling technique, the performance gain afforded by prefetching can be traded off for savings in por/energy consumption. In particular,  observe a 48% energy saving when  slow down the system with prefetching so as to match the performance of the system without prefetching. This suggests a promising approach to build low por systems by transforming traditional performance-enhancement techniques into low por methods.  thus propose a real time dynamic voltage scaling (DVS) algorithm that monitors a system's performance and adapts the voltage level accordingly while maintaining the observed system performance. Our dynamic DVS algorithm achieves a 38% energy saving without any performance loss on our benchmark suite."}]