this GitHub repository contains an RTL (Register-Transfer Level) implementation of the Cordic algorithm, a popular method for efficiently computing trigonometric functions and vector rotations. The ...

The CORDIC (COordinate Rotation DIgital Computer) algorithm is a simple and efficient method used to calculate trigonometric functions like sine and cosine. It's particularly useful because it only ...

Robert Cravotta's DSP Directory is now online on EDN'sWeb site. In it, Robert mentions the CORDIC algorithm, which has been used since Jack Volder developed the algorithm in the 1950s to efficiently ...

We are always excited when we see [Hamster] post an FPGA project, because it is usually something good. His latest post doesn’t disappoint and shows how he uses the CORDIC algorithm to genera… ...

The Aim of the algorithm is to calculate the magnitude of a complexnumber C= X + jY. Magnitude of this complex number is given by. The Cordic rotator rotates the input vector to angle Z i for aligning ...

This paper proposes an efficient serial and parallel Coordinate Rotation Digital Computer (CORDIC) architecture that is both area utilization and delay efficient and compares the two architectures.

Invented by Jack Volder while designing a new navigation computer at Convair for the B-58A Hustler program in 1959, CORDIC – it stands for Coordinate Rotation Digital Computer – is a simple ...

CORDIC algorithm provides an effective way of computing trigonometric and hyperbolic functions. This algorithm replaces multiplication operation through iterative addition and bit shifting action.