Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Achieving high energy efficiency is becoming a very important challenge in designing future storage systems.  proposes to incorporate block correlations to perform energy-aware scheduling, thereby significantly improving energy efficiency of disk systems. Since the probability that an access to a file A will be follod by the same file (e.g. file B) that follod the last access to A is very high,  can infer the block correlations beten files A and B. For example, block X of file A and block Y of file B may correlate with each other.  discover that energy-saving opportunities occur when the time interval beten two accesses of block X and block Y is sufficiently large, and there are only a few sporadic requests distributed beten these two accesses. Thus, when there is one access to block X,  can switch the disk drive to the low por state, properly arrange the sporadic requests, and transfer the disk back to the active state to serve the block access Y when saved energy is larger than energy penalty. Our experimental results demonstrate that the proposed energy-aware disk scheduler can strike a good balance beten the energy saving, system performance, and reliability.
['Yuhui Deng', 'Jieming Cai', 'Wen Jiang', 'Xiao Qin']
I am writing a research paper on a idea Employing dual-block correlations to reduce the energy consumption of disk drives
[{"from": "human", "value": "I am writing a research paper on a idea Employing dual-block correlations to reduce the energy consumption of disk drives"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Achieving high energy efficiency is becoming a very important challenge in designing future storage systems.  proposes to incorporate block correlations to perform energy-aware scheduling, thereby significantly improving energy efficiency of disk systems. Since the probability that an access to a file A will be follod by the same file (e.g. file B) that follod the last access to A is very high,  can infer the block correlations beten files A and B. For example, block X of file A and block Y of file B may correlate with each other.  discover that energy-saving opportunities occur when the time interval beten two accesses of block X and block Y is sufficiently large, and there are only a few sporadic requests distributed beten these two accesses. Thus, when there is one access to block X,  can switch the disk drive to the low por state, properly arrange the sporadic requests, and transfer the disk back to the active state to serve the block access Y when saved energy is larger than energy penalty. Our experimental results demonstrate that the proposed energy-aware disk scheduler can strike a good balance beten the energy saving, system performance, and reliability."}]