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ll1Analysis
- LL（1）分析法 1、LL（1）分析法的功能 LL（1）分析法的功能是利用LL（1）控制程序根据显示栈栈顶内容、向前看符号以及LL（1）分析表，对输入符号串自上而下的分析过程。 2、LL（1）分析法的前提 改造文法：消除二义性、消除左递归、提取左因子，判断是否为LL（1）文法， 3、LL（1）分析法实验设计思想及算法-LL (1) an analysis, LL (1) Analysis of the functional LL (1) Analysis of the fun
智能驱动
- 虽然每次都凭着我对冒泡法的理解给弄出来的，但是多多少少与标准模式有点差别，在网上搜了一下关于C#版的冒泡算法，居然也没有一个象样的，自己对照算法模式认真写了一个C#版的，已经测试成功-With my right Bubble possibly understand the law out, but something to do with the standard a little difference in the Internet search for a moment on the C#
ALINEASimulation
- application of ALINEA local feedback control law to control freeway for simulation
shenjingyuan-PID
- 采用二次型性能指标来计算控制律可以得到所期望的优化效果。-Using quadratic performance indexes to calculate control law can get expected optimization effect
2links-Robo
- In this paper, an orthogonal functions neural network is used to achieve the control of nonlinear systems. The adaptive controller is constructed by using Chebyshev orthogonal polynomials neural network, which has advantages such as simple stru
SMC
- 线性二阶微分方程的滑模控制设计，S函数编写，采用等速趋近律，包括控制对象S函数-Sliding Mode Control of linear second-order differential equations, S function written using constant reaching law, including the control object S function
Incond
- This program aims to improve the performance and efficiency of a PV system through the use of an appropriate algorithm for controlling the power. The aim is to find an effective and optimal algorithm or control law for extracting the maximum availabl
ADRC-matlab-master
- 演变过程 自抗扰控制器自PID控制器演变过来，采取了PID误差反馈控制的核心理念。传统PID控制直接引取输出于参考输入做差作为控制信号，导致出现响应快速性与超调性的矛盾出现。 折叠编辑本段组成部分 自抗扰控制器主要由三部分组成:跟踪微分器(tracking differentiator)，扩展状态观测器 (extended state observer) 和非线性状态误差反馈控制律(nonlinear state error feedback law)。(The evoluti
ADRC_smith
- The evolution process The PID controller (adrc) evolution, took the core idea of PID error feedback control.Traditional PID control direct speech output to the reference input do bad as control signal, resulting in response to the contradiction