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 …

Abstract ASIC and FPGA ASIC and FPGA are considered to be the ideal platform for special
fast calculations because of the hardware structure, and how to achieve computational …

In order to improve the precision of coordinate rotation digital computer (CORDIC) algorithm
and reduce the hardware resource consumption, research on the convergence and the …

The COordinate Rotation DIgital Computer (CORDIC) algorithm is an arithmetic algorithm to
evaluate various elementary functions through a series of iterative operations. In this paper …

Coordinate rotation digital computer (CORDIC) is an iterative algorithm to calculate various
complex mathematical functions such as trigonometric, hyperbolic, logarithmic functions and …

CORDIC algorithm is suitable to implement sine/cosine function, but the large number of
iterations lead to great delay and overhead. Moreover, due to finite bit-width of operands …

This paper proposed a high-resolution architecture to implement the CORDIC algorithm. The
addition identities of the trigonometric functions are adopted to determine the range of …

CORDIC (Coordinate Rotation Digital Computer) algorithm was introduced by Volder in
1959 and generalized by Walther in 1971. In the past decades, there have been many …

For many mathematical applications, the conventional coordinate rotation digital computer
(CORDIC) algorithm can achieve high efficiency. However, the iterative procedure of the …

In 1959 JE Volder presents a new algorithm for the real time solution of the equations raised
in navigation system. This algorithm was the best replacement of analog navigation system …