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mysinlongok
- 利用泰勒公式计算32位数的正余弦值，可以达到比较高的精度。 适用于C54X系列DSP器件-Taylor formula using 32-digit positive cosine values can be achieved relatively high accuracy. Apply to C54x family DSP devices
TaylorofLF2407
- 用LF2407实现了正弦函数的泰勒级数展开 并给出了原理 公式-LF2407 achieved with sin function and the Taylor series expansion Giveing the principle of the formula
Estimating19609112312005
- Simple exercise that calculate the Taylor expansion of the exponential function. Input variables: degree N vector of evaluation points, x At each step plots the Taylor polynomial and compare with the real function function y=
misc2
- Simple exercise that calculate the Taylor expansion of the exponential function. Input variables: degree N vector of evaluation points, x At each step plots the Taylor polynomial and compare with the real function function y=
exp010
- 1． 了解数字波形产生的基本原理； 2． 学习用C54x DSP芯片产生正弦信号的基本方法和步骤； 3． 加深对DSP MCBSP多通道缓冲串口的理解。 程序中，采用泰勒级数展开法，计算- ~ 的sin值，来构造正弦波信号，计算点数为2000点；然后，经过取整处理后，经TLC320AD50 D/A变换后输出。-1. Understanding of the basic principles of digital waveform generator 2.
ArcSin-ArcCos
- 反三角正弦，余弦函数实现 非库函数 非泰勒展开式 只能用于小角度 误差较小，最大约为0.3 -Inverse trigonometric sine function to achieve non-library functions non-Taylor expansion
PI_(BuilderCPPMathProgram-pl)
- Program written in Builder C++. It counts Number PI to as many digits after dot, as user wants (If the computer has enaugh RAM and user wants to wait) Use interface is written in Polish, but it s very simple. I used alghoritm by Taylor & Maclanrin (I
my_try3
- 天线 面阵 方向图 泰勒面阵描述方向图 天线 面阵 方向图 泰勒面阵描述方向图-TAYLOR LINNER ARRAY FOR ANTENNA
Verilog_add_div_multi_exp
- 使用verilog写的32位浮点数加法模块、浮点数乘法模块、浮点数除法模块、浮点数指数模块。指数模块是综合前面三个例化成泰勒级数求指数，迭代次数（可设置）决定了精度。-Use verilog write 32-bit floating-point addition module, floating-point multiplication module, floating-point division module, the floating point number index module.
50HZsinwave
- 在CCS中用汇编编程，利用泰勒级数展开实现50hz正弦波，以10khz采样率采样，并产生1000个点，利用MATLAB进行FFT变换查看频谱。-Assembler programming with CCS, using Taylor series expansion to achieve 50hz sine wave to 10khz sampling rates, and generate 1000 points, using MATLAB FFT transform spectrum vie
600HZsinwave
- 在CCS中用汇编编程，利用泰勒级数展开实现600hz正弦波，以10khz采样率采样，并产生1000个点，利用MATLAB进行FFT变换查看频谱。-Assembler programming with CCS, using Taylor series expansion to achieve 600hz sine wave to 10khz sampling rates, and generate 1000 points, using MATLAB FFT transform spectrum v
2500HZsinwave
- 利用泰勒级数展开实现2500hz正弦波，以10khz采样率采样，并产生1000个点，利用MATLAB进行FFT变换查看频谱。汇编编程。-Taylor series expansion to achieve 2500hz sine wave to 10khz sampling rates, and generate 1000 points, using MATLAB FFT transform spectrum view. Assembler programming.
4500HZsinwave
- 利用泰勒级数展开实现4500hz正弦波，以10khz采样率采样，并产生1000个点，利用MATLAB进行FFT变换查看频谱。汇编编程。-Taylor series expansion to achieve 4500hz sine wave to 10khz sampling rates, and generate 1000 points, using MATLAB FFT transform spectrum view. Assembler programming.