Dijkstra

普通的通信系统仿真平台的搭建，从发射端到接收端。(Ordinary communication system simulation platform structures, from the launch-ended receiver.)

导航解算，主要用于姿态的求解，主要利用的是四元数方法(Navigation solvers, mainly for solving attitude, the main use of the quaternion method)

利用meanshift1算法实现视屏目标的跟踪，包含全套程序，并配有示例视屏。(Meanshift1 algorithm to track the use of screen targets, including a full program, and with a sample screen.)

提取均值方差等特征参数，并运用神经网络对特征参数序列进行预测(Extracting characteristic parameters such as mean and variance, and the use of neural networks to predict the sequence of characteristic parameters)

线性规划工具箱-performing the standard two phase simplex method on linear programming problems.具体介绍里面有(Linear Programming Kit-performing the standardtwo phase simplex method on linear programming problems. Specific introduction there)

gaussfilter in matlab

CA交通流模型，嗯，就是这个了。。。不错，应该行吧(CA model)

HYSTERESIS PLOTTING FROM MATLAB Example case: a very simple case with MATLAB as the graphical output interface. WARNING * This case only works if you use the Compaq/Intel Fortran Compiler.

录制一段噪声，利用matlab对该材料进行声音的频谱分析。(Record a noise, the use of the material to matlab sound spectrum analysis.)

The optimization behavior of the self-adaptation (SA) evolution strategy (ES) with intermediate multirecombination (the (=I )-SA-ES) using isotropic mutations is investigated on the general elliptic objective function. An asymptotically exact quadratic progress rate formula is derived. This is used to model the dynamical ES system by a set of difference equations. The solutions of this system are used to analytically calculate the optimal learning parameter  . The theoretical results are compared and validated by comparison with real (=I )-SA-ES runs on typical elliptic test model cases. The theoretical results clearly indicate that using a model-independent learning parameter  leads to suboptimal performance of the (=I )-SA-ES on objective functions with changing local condition numbers as often encountered in practical problems with complex fitness landscapes.