Program with arrays. short algorithm

粒子滤波是一种基于蒙特卡罗方法的非线性贝叶斯估计方法，适用于非线性非高斯的估计问题。程序中通过一个二维跟踪系统对粒子滤波的跟踪性能进行了仿真，可作为学习粒子滤波的资料。

PEG构造创建了周长非常大的矩阵。这种构造已被证明可以产生最著名的Gallager码，对于较小的块长度（如500、1000或2000）尤其重要。

OpenLTE 是 3GPP LTE 规格的开源实现。它可以用 GNU 收音机与许多特别提款权 HW （USRP，RTL SDR，UMD）。LTE 空中接口协议和协议的研究。它最终将帮助您构建自己的 LTE 基站。

这是一个追赶法的算法-This is a law to catch up with the algorithm

This a simple demo of how to evaluate mathematical expressions in text format, including provision for variables and functions. The code consists of three simple classes: 1) Calc - which does the main calculations, 2) Stack - which is used to push and pop intermediate operators and numbers and 3) Symbol Table. The symbol table is a collection of calc symbols, a type structure consisting of various elements, including the expression name, function name, and the final value of the expression The evaluation procedure is done in three steps: 1) simplify the expression by removing all the elements within () and storing them in subexpressions within the symbol table. 2) Each of these sub expressions are then converted to RPN format (Reverse polar notation) and evaluated 3) Finally, the main expression is converted to RPN and evaluated-This is a simple demo of how to evaluate mathematical expressions in text format, including provision for variables and functi

动态时间规整算法的实现。田北俊议员阮在 C# 中以编程语言编写的 DTW 算法实现。如果您有任何疑问，请联系我在 nxtien@gmail.com

背包问题的 求解代码，自己用C++实现，里面包括0-1背包问题 和  单位质量的背包问题，包括如下几个关键的函数：void vwComp(Item*item,int n) ；void vwSort(Item*item,int n)；int getMaxValue(Item*item,int n, int p,int cvs,int cws)；double frackKnapsack(Item*item,int n,double *chs)；void zeroOneKnapsack(Item*item,int n,int &fv,int &fw,int *fch)

Matlab实现的CFD算法-Matlab CFD algorithms

六自由度工业机器人直线轨迹插补算法源码，对于从工件生成的离散路径点，可通过该程序进行直线拟合以及 相应路径更精确插补，精插补点间隔（插补步长）可自行设置。

常用算法的C程序。主要内容包括多项式的计算、复数运算、随机数的产生、矩阵运算、矩阵特征值与特征向量的计算、线性代数方程组的求解、非线性方程与方程组的求解、插值与逼近、数值积分、常微分方程组的求解、数据处理、极值问题的求解、数学变换与滤波、特殊函数的计算、排序和查找。-Commonly used algorithm of C procedures. Include polynomial terms, complex computation, random number generation, matrix operations, matrix eigenvalue and eigenvector calculations, linear algebra equations, nonlinear equations with the equations, interpolation and approximation, numerical integration, solving ordinary differential equations, data processing, for solving extremum problems, mathematical transformation and filtering, the calculation of special functions, sorting and search.