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 …

… many changes to the CORDIC algorithm proposed over recent years. An efficient method
to calculate the sine and cosine of an input angle using the CORDIC algorithm with minimum …

… algorithm operates are quite important. In this study the hardware that calculates the cosine
… Coordinate Rotation Digital Computer (CORDIC) algorithm which combines the three feature …

… algorithm was initially developed for trigonometric functions that were expressed in terms of
basic rotations. The CORDIC algorithm … of a CORDIC algorithm for sine and cosine that is …

… -point sine and cosine functions are proposed. The algorithm is based on the CORDIC
algorithm and uses both the table method and interpolation to minimize the number of steps. …

… efficient algorithm is needed which will provide highest throughput and reduced latency.
This paper presents the design and implementation of CORDIC algorithm for cosine and sine …

… 2.1 The CORDIC algorithm This section recalls the mathematical model of the CORDIC
algorithm proposed by Jack E. Volder [1] to facilitate the understanding and discussion of the …

… , a new method for reducing the iterations of the CORDIC algorithm is proposed which
results in a reduction of overall delay and improvement of the speed of calculation. This method …

… CORDIC algorithm. This work shows eight clock cycles' execution time to generate sine and
cosine … [18] presented a CORDIC pipelined design to compute the sine cosine functions. The …

… found to work well for sine cos calculations within the CORDIC algorithm. … the CORDIC
algorithm has resulted in the generation of a GDS file from Table III. It is evident that the CORDIC …