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In this paper, Vedic multiplier is designed using area-efficient Carry Select Adder (CSLA). As the multiplication is the process of subsequent addition, adder is important block in implementation of multiplier. Digital adder has problem of carry propagation, thus carry select adder is used instead of simple Ripple Carry Adder (RCA). Carry select adder is known to be one of the fastest adder structures...
Multipliers play a major role in todays digital signal processing and various other applications. Both signed and unsigned multiplications are required in many computing applications. This work proposes the design of efficient signed multiplier using Vedic mathematics in which the calculation of partial product is done using carry select adder (CSeA), which results in less combinational path delay...
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