MATLAB

自适应大邻域搜索算法中，利用了ALNS的lib库求解了一个TSP问题(In the adaptive large neighborhood search algorithm, the Lib Library of ALNS is used to solve a TSP problem.)

说明：  axure图表元件库，用作设计axure原型，可调整数据(Axure Chart Component Library)

针对夜间动态背景下的行人检测中分割算法受光照条件影响大、误识别多等问题，提出双阈值分割算法和以多目标跟踪为核心的算法框架。新的分割算法解决了行人亮度分布不均时的分割问题，同时在新的框架下可以综合多帧的处理结果进行综合判断，通过将基于支持向量机的识别算法和多目标跟踪算法的融合，降低了系统的计算量，且比一般的系统具有更高的识别率。 (At night the dynamic context of pedestrian detection segmentation algorithm affected by light conditions, and false identification of many other issues, the dual-threshold segmentation algorithm and a multi-target tracking algorithm as the core framework. New segmentation algorithm to solve the uneven distribution of brightness of pedestrians at the time of partition, while in the new framework of an integrated multi-frame can be the result of a comprehensive treatment of the judge, through the support vector machine-based recognition algorithms and multi-target tracking algorithm integration reducing system of calculating the volume, and than a typical system has a higher recognition rate.)

递推子空间建模的MATLAB程序~希望对大家有帮助(Subspace MATLAB modeling program ~ we hope to help)

Oscilloscope for Windows uses the sound card as an analog-to-digital converter, providing complete oscilloscope and spectrum analyzer functionality in Windows95 environment.

蒙特卡洛 光线追踪 面向对象编程 包含很多例子 大牛程序 学习的好材料( U8499 u5131 u5161 u6D1B u5139 u7EBF u8FFD u8E2A u972 U4E60 u7684 u597D u6750 u6599)

华为项目管理10大模板，里面东西都挺全的，模板之类的挺好的(The Huawei project management 10 templates)

图书管理系统uml图，可以作为毕业设计论文描述图用。(library manage UML satar,gruate from collage)

非常好的有限元课件（英文版）包括： 1.有限元基础 2.桁架结构 3.二维、三维结构 4.梁、框架结构 5.板壳结构 6.动力学分析(Finite Element Method and Application-PPT，include: 1.Foundations of FEM 2.Truss structures 3.2D and 3D solid structure 4.Beam and Frame Structures 5.Plate and Shell Structures 6.Dynamic analysis)

劳伦斯教授（罗格斯大学和加州大学圣巴巴拉分校），罗纳德·谢弗教授（斯坦福大学）的团队已经设计了的关于语音信号倒频谱分析的程序，适用，有创新点，里面有很好地注释资料。(The set of speech processing exercises have been designed by a team consisting of Prof. Lawrence Rabiner (Rutgers University and University of California, Santa Barbara), Prof. Ronald Schafer (Stanford University), Kirty Vedula and Siva Yedithi (Rutgers University). This exercise is intended to supplement the teaching material in the textbook “Theory and Applications of Digital Speech Processing” by L R Rabiner and R W Schafer.)