资源列表
Java 并发编程实战-随书源码
- 《java并发编程实战》是一本深入讲解java多线程的书籍
二维ostu代码
- 维基百科上的二维ostu代码有点问题，这个是根据其原理修改后的(The two-dimensional Ostu code on Wikipedia has some problems. This is a modified version based on its principles.)
Geese
- 雁群编队控制算法，根据原文进行简化，UAV上可以进行编队控制(Formation Control Algorithms for Wild Goose Groups)
Waveform_ Design_for_Active_Sensing_Systems
- 这是一本关于主动感知系统波形设计的专著，是Li Jian团队的力作，对MIMO雷达波形设计、MIMO通信波形设计非常有参考价值。(This is a monograph on waveform design of active sensing system. It is the work of Li Jian's team. It is very valuable for MIMO radar waveform design and MIMO communication waveform des
PMSM_SMO
- 现代永磁同步电机控制原理及MATLAB仿真的第五章的配套仿真PMSM_SMO(Modern permanent magnet synchronous motor control principle and MATLAB simulation of the fifth chapter of the supporting simulation PMSM_SMO)
统计信号处理：非高斯信号处理及其应用
- 统计信号处理：非高斯信号处理及其应用，邱天爽(statistics signal processing , fractional lower order moment, fractional lower order statistics)
Magix Trigger on Grid
- 外汇自能交易系统，包含头皮趋势和马丁等程序(Foreign exchange self-trading system, including scalp trend and Martin and other procedures)
MATLAB智能算法30个案例分析+源代码
- 《MATLAB智能算法30个案例分析》书中源代码，可以供MATLAB编程者借鉴参考(The source code in the book "Analysis of 30 Cases of Intelligent Algorithms in MATLAB" can be used for reference by MATLAB programmers.)
FEAPpv-master
- 这是一个带有FEAPPV的测试库。有限元分析程序（FEAP）用有限元法求解一般问题。问题大小由每台计算机的主内存量控制。(This is a test repository with FEAPpv. Finite Element Analysis Program - (FEAP) for solution of general problem classes using the finite element method. Problem size is controlled by the
《MATLAB高效编程技巧与应用：25个案例分析》
- 书籍以及书中附带的源程序和数据，在阅读书籍过程中遇到较长的代码都可以在文档中找到源文件，方便运行，提升编程水平。(The source program and data attached to books can be found in documents when reading books. It is convenient to run and improve the level of programming.)
VB.net TCPIP 通讯范例
- 比较经典的学习资料，但代替不了亲身体验。(It's a classic learning material, but it can't replace personal experience)
双目立体视觉测距
- C#,双目测距,检测空间中指定的一个点的距离. 通过对两幅图像视差的计算，直接对前方景物（图像所拍摄到的范围）进行距离测量.(C# binocular distance measurement is used to detect the distance of a specified point in the space. By calculating the parallax of two images, the distance of the front scene (the range o