Masakazu Muroyama

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We propose a new design method for a low power equalization circuit using adaptive bitwidth control. It can reduce the amount of necessary calculation to control the bitwidth of the equalization circuit. We show that our new method is effective for a low power equalization circuit by experimental simulation while keeping the required calculation accuracy.
This paper addresses an energy optimization problem of pipeline depth and voltage scheduling for hard real-time tasks on a dynamic pipeline and voltage sealed (DPVS) processor, which can adjust its pipeline depth arid operating voltage dynamically depending on the workload characteristics under the timing constraints. For a set of periodic tasks, we(More)
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