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Low Power Task Scheduling for Multiple Devices

Low Power Task Scheduling for Multiple Devices. Yung-Hsiang Lu; Benini, L.; De Micheli, G. Background. Typical task scheduler. Break-Even Time. Break-Even Time. Break-Even Time. Problem Formulation. Energy. Problem Formulation. Task Selection. Example. Example. Conclusions.

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Low Power Task Scheduling for Multiple Devices

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  1. Low Power Task Scheduling for Multiple Devices Yung-Hsiang Lu; Benini, L.; De Micheli, G.

  2. Background • Typical task scheduler

  3. Break-Even Time

  4. Break-Even Time

  5. Break-Even Time

  6. Problem Formulation • Energy

  7. Problem Formulation

  8. Task Selection

  9. Example

  10. Example

  11. Conclusions • It can save up to 33% power and reduce 40%state changes. • It is robust under timing constraints and with imperfect knowledge of future requests.

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