Java2游戏编程源码 第三章 很好的学习Java和简单游戏编程的书籍...

C语言做数字图像傅立叶变换 -C language to do digital image Fourier Transform

scjp的复习资料，SUN的四套测试题！-scjp review of the information, SUN that the four sets of tests!

LABVIEW 8.20程序设计从入门到精通 ２0－22章　程序源码-LABVIEW 8.20 program design from entry to the master s program source code, 20-22

modeling our world 系列学习资料，中文版，共10部分。-modeling our world series of learning materials, the Chinese version of a total of 10 parts.

缓冲区溢出漏洞是软件安全领域中最为严重的漏洞类型之一。本文首先总结出可能导致缓冲区溢出的C++函数列表。然后提出一种基于缺陷模型的缓冲区溢出漏洞的检测方法。-Buffer overflow in the software area of security, one of the most serious type of vulnerability. In this paper, summed up could lead to a buffer overflow list of C++ functions. Then present a model-based buffer overflow flaw detection methods.

Spring入门的好教材，对于那些急于了解spring为何物的初学者，不可错过-Spring Introduction to good teaching, for those eager to know what spring beginner, not to be missed

我收藏的一些经典汇编程序设计教程，包括IBM-pc汇编程序设计第五版完整版。-My collection of some of the classic compilation of programming tutorials, including the IBM-pc assembly programming the fifth edition of the full version.

嵌入式web服务器开发 软件编写 tcp/ip协议-Embedded web server development software development, tcp/ip protocol

国防科大电子科学与工程学 嵌入式系统开放研究小组 面向二十一世纪的嵌入式系统设计技术 Embedded System Project Management

并本文对两大类步态识别算法进行了深入研究，其主要内容集中于步态特征的提取和分类器的设计两部分。 在特征提取阶段采用多种不同的方法提取多种不同的步态特征，其中效果较好的是一种基于模型的特征提取方法。本文使用关键点和肢体角度构建人体的骨骼化模型， 并对模型的各项参数提取做了改进，从人体的骨骼化模型中提取人体的静态参数(如身高、步幅等)以及动态参数(如运动过程中关键点的位置、运动轨迹、肢体角度、-and two types of paper gait recognition algorithm for in-depth study Its main contents concentrated in the gait characteristics of the extraction and classification of the design of two parts. Feature extraction stage in the use of different methods of extracting different gait characteristics, the effect of which is a better model-based feature extraction methods. Using the key points and limbs angle Construction human skeleton model and the model parameter extraction made improvements, from the human skeleton model of the human body from the static parameters (such as height, Stride) and dynamic parameters (such as the process of movement key points, trajectory, physical perspective,