![]() The simulated results of modified LUT and proposed Mux-Shannon adder based CORDIC circuit are compared with other published adders that are connected with CORDIC circuit. ![]() Lookup-Table (LUT) and Mux-Shannon adder based CORDIC circuit design enhances the low energy and improved speed. The output parameters such as area, power dissipation and propagation delay are calculated from CORDIC cell layout which obtained by simulation results. The parameter analysis is done using BSIM4 analyzer. A simulation using BSIM4 analyzer is used to evaluate the performance of CORDIC cell for anticipation of mobile robot. The proposed LUT and Mux-Shannon adder based unrolled CORDIC circuit is designed using by DSCH2 VLSI CAD tool and their layout is generated with Microwind 3 VLSI CAD tool. This research is to design a CORDIC circuit for robotic applications, the modified Lookup-Table (LUT) and Mux-Shannon adder circuits are proposed and implemented in bit parallel unrolled CORDIC circuit. The Coordinate Rotation Digital Computer (CORDIC) circuit gives a smart applications of robotic performance. The advent of reconfigurable computers allows the higher performance of dedicated hardware solutions that are competitive with the conventional software approach. Proposed Adder and Modified LUT Bit Parallel Unrolled CORDIC Circuit for an Application in Mobile Robots
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