C-17-flight-control-system-review

能够把输入信号分解为多个IMF分量，并进行Hilbert变换，求得信号的时频分布谱图。(Be able to input signal is decomposed into several IMF components and carry out Hilbert transform, time-frequency distribution obtained spectrum.)

matlab 变得RS码的生成，很有意义。参考价值大的(Matlab become RS code generation of great significance. The reference value)

code for solving 2D FEM heat problem with quadrilateral s meshing

模拟退火算法来源于固体退火原理，将固体加温至充分高，再让其徐徐冷却，加温时，固体内部粒子随温升变为无序状，内能增大，而徐徐冷却时粒子渐趋有序，在每个温度都达到平衡态，最后在常温时达到基态，内能减为最小。 (Simulated annealing algorithm derived from solid annealing principle, the solid is heated to a sufficiently high, let it cool slowly, when heated, solid particles with temperature becomes disordered state, the internal energy increases, while slowly cooling the particles gradually increasingly ordered at each temperature to reach equilibrium, and finally reach the ground state at normal temperature, which can be reduced to a minimum.)

本程序是采用维特比算法的软输入软输出的仿真程序(this procedure is used Viterbi Algorithm soft-input soft-output of the simulation program)

MetMAP is a MATLAB Toolbox for Metabolical Modeling, Analysis and oPtimization (Met. M. A. P.). You can use this package to study metabolical systems from a theoretical point of view, analysing the pathway s structure and dynamics, but you can also use it for biotechnological purposes, evaluating optimal solutions in a genetical improvement process. All this calculations are evaluated using the S-System formalism (a part of Biochemical Systems Theory, BST) and the Indirect Optimization Method (IOM, developed by Torres, Voit et al). Additional information in our Website: http://webpages.ull.es/users/sympbst/pag_ing/metmap.htm

卡尔曼滤波在MATLAB上的实现，本例子是常数型卡尔曼(Kalman filter implemented in MATLAB, and this example is the constant Kalman)

理解Fisher准则方法确定最佳线性分界面方法的原理，以及拉格朗日乘子求解的原理(Fisher criterion to determine the best way to understand the interface methods of linear theory, and the principle of Lagrange multipliers to solve)

说明：  AP聚类算法的源代码，基于matlab程序，有较详细解说(AP clustering algorithm source code, based on matlab program, a more detailed explanation)

说明：  MATLAB Robotic Toolbox下用逆变换技术设计的逆解算法，输入末端执行器位姿得到对应的关节角解组。(The inverse solution algorithm designed with inverse transformation technology under MATLAB Robotic Toolbox input the end-effector pose to get the corresponding joint Angle solution.)