Fixed-Point ATAN2 using CORDIC 1.0

This demo consists of a m-file script (fixed_point_atan2_using_cordic.m) and a m-file function (atan2_fixpt.m). The script contains a step-by-step explanation of how a four quadrant arctan can be calculated using a CORDIC (COordinate Rotation DIgital Computer) algorithm. The first part shows the CORDIC algorithm in floating-point double precision, whereas the second part of the m-file explains how to implement the CORDIC in 16-bit fixed-point with bit shifts. The third part shows how to generate C code for the m-file function to speed-up the algorithm.The m-file function contains an implementation of the CORDIC in Embedded MATLABd-OC?D? compliant m-code. This function can be used to generate C-code or HDL (VHDL or Verilog) in MATLABdlT« of SimulinkdlT«.

Requirements:	No special requirements
Platforms:	Matlab
Keyword:	Algorithmthe,  Bit,  Ccode,  Compliant,  Embedded,  Explains,  Fixedpoint,  Generate,  Implement,  Implementation,  Matlab,  Mcode,  Precision,  Shifts,  Simulink,  Speedup,  Verilog
Users rating:	0/10