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Auditory compensation consumes significant power due to the computation-intensive operations in the filter bank. To reduce the complexity, a controllable filter was designed to replace the filter bank. Filter order was designed to match prescriptions within a specific error constraint with minimum computational cost. An interpolation scheme according to the variation of signal intensity was implemented...
This paper presents an energy-efficient RISC design with a novel on-demand timing speculation mechanism, which is implemented with dual timing-relaxed datapaths. The proposed approach significantly reduces the design complexity and the overheads of existing double latching approaches, such as Razor. The design has been implemented and fabricated using the TSMC 65GP technology. Its supply voltage can...
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