Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Intratask dynamic-voltage scheduling (IntraDVS), which adjusts the supply voltage within an individual-task boundary, has been introduced as an effective technique for developing low-por single-task applications or low-por multitask applications, where a small number of tasks are dominant in total execution time. The original IntraDVS technique used the remaining worst case execution cycles, and the control-flow information to identify the voltage-scaling points (VSPs) of a program. , two kinds of improvement techniques enhancing the energy performance of the IntraDVS are proposed. One is to use profile information to optimize the voltage schedule for the remaining average-case execution path (RAEP-IntraDVS). The other is to use data-flow information to optimize the locations of VSPs [look-ahead IntraDVS (LaIntraDVS)]. The experimental results show that the RAEP-IntraDVS can reduce the energy consumption by 20% on average and the LaIntraDVS can reduce the energy consumption by 40%-45% compared with the original IntraDVS
['Dongkun Shin', 'Jihong Kim']
I am writing a research paper on a idea Optimizing Intratask Voltage Scheduling Using Profile and Data-Flow Information
[{"from": "human", "value": "I am writing a research paper on a idea Optimizing Intratask Voltage Scheduling Using Profile and Data-Flow Information"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Intratask dynamic-voltage scheduling (IntraDVS), which adjusts the supply voltage within an individual-task boundary, has been introduced as an effective technique for developing low-por single-task applications or low-por multitask applications, where a small number of tasks are dominant in total execution time. The original IntraDVS technique used the remaining worst case execution cycles, and the control-flow information to identify the voltage-scaling points (VSPs) of a program. , two kinds of improvement techniques enhancing the energy performance of the IntraDVS are proposed. One is to use profile information to optimize the voltage schedule for the remaining average-case execution path (RAEP-IntraDVS). The other is to use data-flow information to optimize the locations of VSPs [look-ahead IntraDVS (LaIntraDVS)]. The experimental results show that the RAEP-IntraDVS can reduce the energy consumption by 20% on average and the LaIntraDVS can reduce the energy consumption by 40%-45% compared with the original IntraDVS"}]