Low-power high-performance VLSI design
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Scope of this subject
This cluster of papers focuses on the design and optimization of low-power VLSI circuits, with an emphasis on techniques such as approximate computing, subthreshold operation, and leakage reduction. The papers also address challenges related to process variation, statistical timing analysis, and energy efficiency in CMOS technology at the nanometer scale.
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Research vocabulary
low power design; process variation; power-delay product; approximate computing; SRAM; leakage power reduction; propagation delay; full adder; low-power VLSI design; 90 nm CMOS; asynchronous circuits; leakage power; low-power digital circuits; 45 nm CMOS; power gating; dynamic power reduction; clock gating; low-power memory; 6T SRAM; arithmetic circuits; arithmetic logic unit; subthreshold operation; carry look-ahead adder; transistor count reduction; approximate multipliers
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No owner-reviewed answer has been published for this exact subject page. This is a gap in this collection; it does not establish that the answer is unavailable elsewhere.
Numeric address and provenance
Morton address: 36239904472728249 · morton4x16-v1
Coordinates: (3, 22, 2208, 10363). The address interleaves categorical identifier bits. Nearby addresses are not guaranteed to describe semantically similar subjects.
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