f13_1

实现通信抗干扰的跳频通信，希望对初学通信抗干扰的同志有所帮助(To achieve interference rejection for frequency hopping communication, hope to comrades beginner help communication interference)

LMS公司的英文电子讲义，关于LMS软件的理论和背景，包括信号处理、时间数据处理、分析和设计等内容，非常有用。(LMS companies in the English electronic overhead, the LMS software on the theory and background, including signal processing, time data processing, analysis and design, very useful.)

关于模糊PID的仿真以及与普通PID的结果比较(Simulation comparison of fuzzy PID)

说明：  一个双向LSTM程序 Long Short Term 网络—— 一般就叫做 LSTM ——是一种 RNN 特殊的类型，可以学习长期依赖信息。LSTM 由Hochreiter & Schmidhuber (1997)提出，并在近期被Alex Graves进行了改良和推广。在很多问题，LSTM 都取得相当巨大的成功，并得到了广泛的使用。 LSTM 通过刻意的设计来避免长期依赖问题。记住长期的信息在实践中是 LSTM 的默认行为，而非需要付出很大代价才能获得的能力！ 所有 RNN 都具有一种重复神经网络模块的链式的形式。在标准的 RNN 中，这个重复的模块只有一个非常简单的结构，例如一个 tanh 层。(A bidirectional LSTM program Long short term network, commonly known as LSTM, is a special type of RNN that can learn long-term dependent information. LSTM was proposed by Hochreiter & schmidhuber (1997) and recently improved and promoted by Alex graves. In many problems, LSTM has achieved great success and has been widely used. LSTM is designed to avoid long-term dependency. Remember that long-term information is the default behavior of LSTM in practice, not the ability to acquire it at a great cost! All RNNs have a chained form of repetitive neural network modules. In the standard RNN, this repetitive module has only a very simple structure, such as a tanh layer.)

AES-128, AES-192, and AES-256 加密与解密。Matlab源程序。( AES-128, AES-192, and AES-256 encryption/decription functions.)

机器人机械手臂的运动状态仿真软件。根据输入的变量能得到输出量。(The simulation of the Kinematic status of the robot movement.)

Calculate Embed a Time Series and calculate the Largest Lyapunov exponent and the Correlation Dimension as well as usefull plot. Direct Method, Rosemstein and Grassberger-Procaccia algorithm.

在理想情况下，假设匀速直线行驶，一直杆臂长度，求杆臂速度。(In the ideal case, assuming uniform linear driving, always arm length, and the lever arm speed.)

说明：  简单的模糊控制器（Fuzzy Controller）的simulink仿真！(The simulation of fuzzy logic controller (Fuzzy Controller)!)

讲解了一些最常用的例子并加以说明，从而更深入的了解(Explain some of the most common example is to illustrate to a better understanding of)