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matlab例程 ICALAB for Signal Processing Toolbox for BSS, ICA, cICA, ICA-R, SCA and MCA
ICALAB for Signal Processing
Toolbox for BSS, ICA, cICA, ICA-R, SCA and MCA
DSP编程 开发TI C6000 DSP需要的Chip Support Library
开发TI C6000 DSP需要的Chip Support Library,类C语言,非常好用
通讯/手机编程 % decode with soft-input viterbi algorithm 硬判决 % //k=4,r=1/2 %输入数据为软信息
% decode with soft-input viterbi algorithm 硬判决
% //k=4,r=1/2
%输入数据为软信息,并且数据为均值为1的BPSK调制,如果均值为MEAN,那么62,63,103,104行应做相应修改
微处理器开发 this application program demonstrate programming and simulation of the on-chip CAN (controller area
this application program demonstrate programming and simulation of the on-chip CAN (controller area network) interface of the C167/ST10-F168. The sample source code can be compiled using keil C166 compiler. To test the program you may use the uVision2 debugger/simulator that is part of keilPK166 pac ...
汇编语言 本文所要解决的的问题是十进制的转换。即将十进制转换为任意的r(r是大于一的正整数)进制问题。因为要解决一个问题必须要对其进行解剖
本文所要解决的的问题是十进制的转换。即将十进制转换为任意的r(r是大于一的正整数)进制问题。因为要解决一个问题必须要对其进行解剖,所以首先对问题进行详细的描述对题目有充分的了解,其次是对问题的详细分析,主要包括对问题的解的分析以及对问题的解的结论的分析。第三主要是建立问题的解决方案,虽然解决问题的方法有 ...
系统设计方案 The MPC8280 is a versatile communications processor that integrates on e chip a high-performance Po
The MPC8280 is a versatile communications processor that integrates on e chip a high-performance
PowerPC&#8482 RISC microprocessor, a very flexible system integration unit, and many communications
peripheral controllers that can be used in a variety of applications, particularly in communications an ...
数学计算 偏微分方程数值解上机实习 运用古典显式差分格式求解二维扩散方程的初边值问题 运用P-R差分格式求解二维扩散方程的初边值问题 运用局部一维格式求解二维扩散方程的初边值问题 给出了源程序
偏微分方程数值解上机实习
运用古典显式差分格式求解二维扩散方程的初边值问题
运用P-R差分格式求解二维扩散方程的初边值问题
运用局部一维格式求解二维扩散方程的初边值问题
给出了源程序,运行结果,以及算法比较
VC书籍 S变换 C语言程序 由R.G.Stockwell 编写 包含了正反变换 以及希尔伯特变换正反变换
S变换 C语言程序 由R.G.Stockwell 编写
包含了正反变换 以及希尔伯特变换正反变换
系统设计方案 singnal chip borad layout diagrams
singnal chip borad layout diagrams
书籍源码 复数运算#include<iostream.h> class Complex { public: Complex( double r =0, double i =0 ) C
复数运算#include<iostream.h>
class Complex
{ public:
Complex( double r =0, double i =0 )
Complex(int a) { Real = a Image = 0 }
void print() const
friend Complex operator+ ( const Complex & c1, const Complex & c2 )
friend Complex operator- ( const Complex & c1, const Complex & c2 )
friend ...