This paper proposes a design of a fast FPGA based architecture for Coordinate Rotation
Digital Computer (CORDIC) algorithm with reduced number of iterations. CORDIC is on such …

… CORDIC algorithm is the most important algorithm to achieve … The traditional CORDIC
algorithm cannot cover the full … In this paper, the traditional CORDIC algorithm is optimized …

… θ sin and θ cos to a precision of N fraction bits. In this paper, a high-speed sine/cosine
generator based on the CORDIC algorithm is proposed. CORDIC (COordinate Rotation DIgital …

… a novel completely scalefree CORDIC algorithm for generating sine/cosine waves. We use
… scale-free CORDIC equations. Using wave symmetry properties of sine and cosine functions, …

… but it is more important to select a method which gives more accurate results. This paper …
sine and cosine. Then in the third section we explain the mathematical basis of Cordic Algorithm…

… In this paper CORDIC algorithm has been successfully simulated for calculating the Sine
and Cosine of an angle represented using 8 bits, on ISim simulator using the Verilog HDL …

… 8-bit CORDIC algorithm for generating sine wave and cosine … schemes of CORDIC for sine
and cosine wave generation is … % error in computing sine and cosine values which vary from …

… high precision sine/cosine computation. CORDIC algorithm is a kind of digital iteration method
to calculate a variety of transcendental functions, including sine/cosine function in circular …

… Both CORDIC algorithms implemented in this paper are specific to generate sine and cosine
function. Therefore, it is optimized to only capable of working in rotation mode. The input …

… The CORDIC algorithm presented in this paper is well-known in the research and reconfigurable
logic computing. We are in the process of implementing this proposed technique and …