Sentinel_LDK_Run-time_setup

说明：  1、包含GVF Snake和CGVF Snake的Matlab工具包 2、调用工具包内各函数完成GVF Snake和CGVF Snake的完整示例代码及其注释 3、附梯度矢量流英译汉注释文献(1. Matlab Toolkit with GVF Snake and CVF Snake 2. Call the functions in the toolkit to complete the sample code of GVF Snake and CVF Snake (annotated) 3. English-Chinese Translation of Annotated Documents with Gradient Vector Stream)

燃料电池间接型混合合动力系统模型，包括燃料电池、辅助储能设备以及直流变换器。(Fuel cell indirect hybrid power system model, including fuel cell, auxiliary energy storage equipment and DC converter.)

FPGA常用历程,alter平台版本程序(FPGA common process, alter platform version of the program)

由本人开发的maya ui生成工具,所见即所得ui设计工具,帮助开发者脱离文档直接创建ui.简单方便易用,能生成python和mel两种语言ui代码. 本程序为纯python语言开发,支持maya2013和以上版本(Developed by me Maya UI generation tools, WYSIWYG UI design tools to help developers from the document, directly create ui., simple, convenient and easy to use, you can generate Python and Mel two languages UI code)

支持DL-T2007协议的多功能电能表调试(Debugging of Multifunctional Watt-hour Meter Supporting DL-T2007 Protocol)

设计11位巴克码序列峰值检测器，巴克码相关器原理：巴克码相关器能够检测巴克码序列峰值，并且能够在1bits错误情况下检测巴克码序列峰值。(A 11-bit Barker code sequence peak detector is designed. The principle of Barker code correlator is that the Barker code correlator can detect the peak value of Barker code sequence and detect the peak value of Barker code sequence in the case of 1 bits error.)

说明：  PCA基本思想，用于了解PCA其中的基本思想，代码中含注释(PCA basic ideas, used to understand the basic ideas of PCA, the code contains comments)

BioSAR仿真程序，说明了干涉SAR仿真的基本条件和结果，初学者可以借鉴。(BioSAR simulation program, explains the basic conditions and the results of interferometric SAR simulation, beginners can learn.)

JAVA植物大战僵尸供学习参考使用，基于Java基础-面向对象实现植物大战僵尸简易版前言游戏设计游戏对象游戏内容游戏优化放置植物的优化移除植物的优化游戏可玩性的优化添加游戏背景音乐(JAVA Botanical Warfare Zombies for Learning Reference Based on Java Foundation-Object-Oriented Realization of Plant War Zombie Simple Preface Game Design Game Object Game Content Game Optimizing Placement of Plants Optimizing Playability of Plant Removal Game and Adding Game Background Music)

仿真了LMS算和和牛顿算法以及最速下降算法有图形可以清楚的看到几个算法的收敛速度的快慢-Calculation and simulation of the LMS and Newton algorithm and the steepest descent algorithm can clearly see several graphical convergence of the algorithm for the pace of