电子技术

惯性导航和GPS的数据融合，基于模糊自适应kalman滤波的方法-Inertial navigation and GPS data integration, based on fuzzy adaptive kalman filtering method

cortex-m3权威指南Cn，详细介绍了cortex的中断，异常，NVIC，开发的详细过程-cortex-m3 The Definitive Guide Cn, details of the cortex of the interrupt, exception, NVIC, the development of detailed process

基于vc++6.0的视频监控方案,严格测试.质量上乘-Based on vc++ 6.0 of the video surveillance program, rigorous testing. Quality

使用Palm掌上电脑与少量的零件制作出小巧但功能强大的机器人-The use of Palm handheld computers and a small number of parts produced small but powerful robot

用纯ＡＳＰ代码实现图片上传并存入数据库中-pure ASP code to achieve picture upload and deposited database

一篇关于嵌入式系统的饿很好的文章,大家可以参考一下 -an embedded system on the hungry good paper, we can take a look

VC++.NET深入编程 全书10章,主要内容有vc++.net环境简介，多媒体编程，网络编程，数据库编程。-VC.NET-depth programming book Chapter 10, the main contents of vc. Net environmental profiles, multimedia programming, network programming, database programming.

用C语言来实现数字信号处理的方法设计的算法 -Using C language to the realization of digital signal processing algorithms designed

学习资料，关于C++的，Addison.Wesley写的Effective.&.More.Effective.C-learning information on the C, Addison.Wesley write Effective .. More.Effective.C

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,