Mohamed Elgebaly

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Conventional voltage scaling techniques rely on the characterization and monitoring of a unique critical path. However, the uniqueness of the critical path is a difficult requirement to establish in modern VLSI technologies due to the growing impact of process variations and interconnect parasitics on delay. This paper presents an on-chip critical path(More)
In the research of low power and low voltage VLSI circuits, the use and implementation of dual edge triggered flip-flop (DETFF) has gained more attention at the gate level design. The main advantage of using DETFF is that it allows one to maintain a constant throughput while operating at only half the clock frequency. This thesis compares four previously(More)
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