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vlsi projects 2016 vlsi projects vlsi projects karur project center in karur 2017 vlsi projects final year project in karur final year projects karur asynchronous domino logic pipeline design based on an optimized modified booth recoder for efficient analysis and design of a low voltage low-power dou area–delay–power efficient carry select adder clocked low power high speed regenerative comparat comparison ofa 32 bit vedic multiplier with a conv design and analysis of alu vedic mathematics appro design of sequential circuits using single clocked design and estimation of delay power and area for design and estimation of delay power and area for parallel prefix adders an implementation of 1 bit low power full adder b an evaluation of 6 t and 8t finfet sram cell leaka an efficient structure of carry select adder aggressive voltage scaling through fast correction vlsi projects in karur a novel 4 t xor based 1 bit full adder design a novel approach for power gating technique with i vlsi project at karur a look ahead clock gating based on auto-gated flip 2016 vlsi project novel finfet domino logic circuit using dual keepe novel design algorithm for low complexity programm novel class of energy efficient very high-speed co design multibit retention registers for power gated desig and deployment performance analysis and comparison of digital add performance analysis and comparison of digital adders recovery boosting a technique to enhance nbti reco recursive approach to the design of a parallelself reducing rms noise in cmos dynamic reconfigurable super threshold adiabatic finfet circuits based on timing error tolerance in small core designs for s low power pulse-triggered flip-flop design based o low power dual dynamic node pulsed hybrid flipflop low cost high-performance vlsi architecture for mo low power wallace tree multiplier using modified f low power vedic multiplier using energy recovery l low power dual edge triggered flip flop low power and low voltage sram design for ldpc cod low power adiabatic logic based on fin fet high accuracy fixed-width booth multipliers based eliminating synchronization latency using sequence design flow for flip clock gating design of a low voltage low-dropout regulator design and performance analysis of multiplyaccumul design of area efficient and low power multipliers