Journal Paper

Paper Title - Design of ALU Using Reversible Gates and Vectored Logic


Abstract
The primary goal of digital modules is to compute the input based on the application. ALU is a key factor of this computation process. Digital circuits with reversible multiplexer logic gives lesser delay when compared to basic logic gates. In this research analysis we have implemented a decoder controlled 16 bit ALU, along with vectored multiplexer selection output. All arithmetic and logic modules are implemented in reversible multiplexer logic by which delay is reduced along with power consumption. This design analysis is done with VHDL and simulated using ISIM simulator and implemented using Xilinx ISE project navigator. Keywords - ALU (arithmetic and Logic Unit), reversible logic, Vectored multiplexer, VHDL.


Author - N.L.Tejaswi, P.Anjali, P.Srikanth, K.Vikram Raja, A.Bhargav

Citation - N.L.Tejaswi   ,   P.Anjali   ,   P.Srikanth   ,   K.Vikram Raja   ,   A.Bhargav   ,   N.L.Tejaswi, P.Anjali, P.Srikanth, K.Vikram Raja, A.Bhargav " Design of ALU Using Reversible Gates and Vectored Logic " , International Journal of Industrial Electronics and Electrical Engineering , Volume-5,Issue-4  ( Apr, 2017 )

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| Published on 2017-06-23