一本初学者很好的机器人书籍，内容包括： 1. Tools, Test Equipment, and Materials 2. Printed Circuit Board Fabrication 3. Microcontrollers and PIC Programming 4. Frogbotic： Build Your Own Robotic Frog 5. Serpentronic： Build Your Own Robotic Snake 6. Crocobot： Build Your Own Robotic Crocodile 7. Turtletron： Build Your Own 8. Taking It Further

资源内容很丰富。

资源内容很丰富。

机械设计完整课件（一），ppt、swf等格式。共13章，章节齐全，内容完整，包括电子教案与机械元件的实物图片和相关知识点动画素材等。

Images taken from slides by B. Bayazit, G. Dudek, J. C. Latombe and. Moore Robot Motion Planning and (a little)Computational Geometry Topics: Transforms Topological Methods Configuration space Skeletonization Potential Functions Cell-decomposition Methods Non-holonomic Motion Collision

Robot Localization using SIR Take sample set X+_11 ll. iterate For each sample xt-1 1) Sample from p(X,1 X+1, a) 2) Attach importance weights

Robot / Human Comparisons (how inhumane) Table I presents some of the elements of robotic and animal movement systems neatly compared for your viewing pleasure. Table I. Comparison of Movement Control Systems in the Robot and Human

巡线机器人延迟容忍传感器网络(delay tolerant mobile sensor networks for inspection robot,DTMSNR)用于输电线路巡线机器人远程电网数据收集,具有节点稀疏、异构、随机移动性、间歇连通性和延迟容忍性.针对传统传感器网络数据传输算法机器人数据传输成功率低与网络可靠性差等问题.提出一种基于巡线机器人位姿信息的数据传输(mobile robot position-based delivery,MPD)策略.为准确计算巡线机器人网络位姿信息,建立机器人路径约束随机运动模型.MPD采用机器人相对网络位姿信息计算传输概率,进行消息传输路径选择.对网络异构消息引入机器人消息优先传输、消息失效机制进行消息队列管理.仿真实验表明,相较现有的几种延迟容忍传感器网络(delay tolerant mobile sensor network,DTMSN)数据传输策略,针对巡线机器人网络MPD能在适当的传输能耗下达到更高的传输成功率与更低的传输延迟

Robot localization 3 canonical problems Position Tracking Global Localization Kidnapped robot problem onot the mapping problem. We always assume we have a map To start without a map or model is the Simultaneous Localization and Mapping problem, or SLAM. also known as concurrent Mapping and Localization