干扰效能评估

C#在窗口的状态栏中添加一个带图标的文字标签，看上去更美观了，虽然简单，但以后再写一些程序的时候说不定能用上。

包括完整的非均匀B样条求解函数值、一阶导数、二阶导数代码，同时给出测试数据和非均匀B样条的讲解PPT。(Including a complete non-uniform B-spline solving function value, the first derivative, second derivative code, and gives test data and explain PPT non-uniform B-spline.)

java版本的哈夫曼编码 可以编码也可以解码-java version of the Huffman codes can also be encoded decoder

DSP28335芯片CAN总线模块案例程序(case codes about CAN bus of DSP28335)

source insight的自定义宏，强烈建议使用，增强编辑功能-source insight custom macros, it is strongly recommended to enhance editing capabilities

用DLEPHI+Access开发的教学管理系统，功能模块：数据更新、数据查询、统计表、密码管理等。主要是添加和修改教师、学生、教学情况的内容进行登记，并在以后方便查询，是一个资料维护系统。

Use api to get threads that are executing in the system

说明：  MATLAB 对于小目标检测，绘制roc曲线(MATLAB roc code small target detection)

说明：  Qt is a well-known cross-platform C++ visual development platform. Qt open source version provides the same functions as the commercial version. Qt 5 Development and Instance (2nd Edition) inherits the popular Qt 5 development and examples from the market.At the same time (Q1 5.4.0), QT application development is more systematic and more readable.This book is divided into two parts: The first part is the traditional Qt Widget programming. Each chapter introduces the Qt 5 application in a small example based on a brief introduction to the development environment.The development techniques of the program are generally introduced and explained through examples.

说明：  该文基于模型预测控制理论， 提出一种考虑多时空尺度协调的风电集群有功分层预测控制方法。 该方法将风电集群在空间尺度上分为三层控制层，将超短期风电功率预测值在时间尺度上逐层细化，并对各层滚动优化环节进行了优化建模。 仿真分析中通过与常用有功分配方法对比， 结果表明文中所提方法在保证系统安全运行和满足集群计划的同时，能够提高风电消纳能力，合理利用风能资源和分配集群内风电功率。(Based on the model predictive control theory, this paper proposes a wind power cluster active layered predictive control method that considers multi-temporal scale coordination. The method divides the wind power cluster into three layers on the spatial scale, and predicts the ultra-short-term wind power prediction value on a time scale, and optimizes the rolling optimization of each layer. Compared with the commonly used active power allocation method in the simulation analysis, the results show that the proposed method can improve the wind power consumption capacity, rationally utilize the wind energy resources and allocate the wind power in the cluster while ensuring the safe operation of the system and meeting the cluster plan.)