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cordic 实现arctan的matlab验证算法
- 用matlab验证cordic实现arctan算法的正确性，共迭代9级，验证过，程序正确
cordic
- cordic methods describe essentially the same algorithm that with suitably chosen inputs can be used to calculate a whole range of scientific functions including sin, cos, tan, arctan, arcsin, arccos, sinh, cosh, tanh, arctanh, log, exp, square root a
atan_lut
- 基于改进的查找表的arctan计算模块，包含完整的VHDL源代码及部分注释．绝对原创！-Arctan calculation module based on improved searching form. The rar package contains complete VHDL source code and some notes. Absolutely original!
cordic
- we propose a low-cost sequential and high performance architecture for the implementation of CORDIC algorithm in two computation modes. It suited for serial operation that performs conversion between polar and rectangular coordinate systems, essentia
Circular-CORDIC-in-Vectoring-Mode
- The first iteration rotates the vectors the second or third quadrant to the first or fourth, respectively. The shift sequence is 0,0,1, and 2. The rotation angle of the first four steps becomes: arctan(∞) = 90◦ , arctan(20) = 45◦ , arctan(2
CORDIC算法MATLAB代码
- 坐标旋转数字计算机算法利用简单的移位和加法实现sin，cos，tan，arctan等函数的计算，适合计算机处理，速度快。(The algorithm of coordinate rotation digital computer realizes the computation of functions such as sin, cos, tan and arctan by simple shift and addition, which is suitable for computer pro
CORDIC 代码
- Xilinx CORDIC 算法 MATLAB Verilog仿真(arctan.m Kn.m sin_cos.m MATLAB Verilog)