第十一章: VB.NET Mobile应用程序设计 知识点: 一、Mobile应用程序开发平台 二、Mobile应用程序设计 三、Mobile应用程序的数据库连接 现今,移动设备已成为日常生活中不可获缺的一部分,当这些移动设 备连接到 Internet时,移动设备的力量将无穷无尽。VSNET2003中一个最显著的特点是包含了许多支持面向手持式设备的应用程序的开发工具。这类应用程序可能是发展最快的一种。在某种程度上,必须使用可移式应用程序用于可移式的用户。 可移式应用程序在VB.NET中增加了两个项目类型:第一个是sP.neT Mobile Web的 Application应用程序,用这个模板创建的应用程序是运行在服务器上的基于Web的应用程序,但可以通过可移式设备访问;第二个项目是 Smart Device应用程序,这些应用程序在 NET Compact FrameWork上工作

75.1 Mobile Radio and Cellular Communications cation and The Difference between Fixed-to-Fixed Radio Communication an Mobile Communication-Natur tural Problems in Mobile Radio Communications. Description of Mobile Radio Systems

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

Electronic Commerce Prentice Hall © 2006 2 Learning Objectives 1. Define mobile commerce and understand its relationship to e-commerce. 2. Understand the mobile computing environment that supports m-commerce. 3. Describe the four major types of wireless telecommunications networks

The provision of mass media content over next-generation 3G mobile networks is envi- sioned as an exciting new application of new media. This paper focuses on the mobile Internet as strategic challenge for media and entertainment companies. It provides an overview of distinctive features of the mobile Internet related to personalization, time and location sensitivity, uncertainties b echnology push and market pull, and motiva- tions for engagemer

6.1 Introduction Wireless  6.2 Wireless links, characteristics  6.3 IEEE 802.11 wireless LANs (“wi-fi”)  6.4 Cellular Internet Access  architecture  standards (e.g., GSM) Mobility  6.5 Principles: addressing and routing to mobile users  6.6 Mobile IP  6.7 Handling mobility in cellular networks  6.8 Mobility and higher￾layer protocols 6.9 Summary

《信息网络协议基础》课程教学资源（学习资料）MOBILITY MANAGEMENT FOR ALL-IP MOBILE NETWORKS：MOBILE IPV6 VS. PROXY MOBILE IPV6

6.1 Introduction Wireless  6.2 Wireless links, characteristics  6.3 IEEE 802.11 wireless LANs (“wi-fi”)  6.4 Cellular Internet Access  architecture  standards (e.g., GSM) Mobility  6.5 Principles: addressing and routing to mobile users  6.6 Mobile IP  6.7 Handling mobility in cellular networks  6.8 Mobility and higher layer protocols 6.9 Summary

6.1 Introduction Wireless  6.2 Wireless links, characteristics  CDMA  6.3 IEEE 802.11 wireless LANs (“wi-fi”)  6.4 Cellular Internet Access  architecture  standards (e.g., GSM) Mobility  6.5 Principles: addressing and routing to mobile users  6.6 Mobile IP  6.7 Handling mobility in cellular networks  6.8 Mobility and higher￾layer protocols 6.9 Summary

Mobile IP Discussion Overview Will cover: Why IP routing breaks under mobility Mobile IPv44 basics Some low-level- protocol details(message formats, headers, etc.) Lots more detail in the specifications(see RFC)