天津大学《物联网技术》课程教学大纲

天津大学物联网技术课程教学大纲课程代码：课程名称：物联网技术学 时：32学 分：2学时分配：授课：32 上机： 实验： 实践： 实践（周）： 授课学院：计算机更新时间：适用专业：计算机工程系、计算机科学系、计算机与信息技术系先修课程：数字电路、数据机构一、课程的性质与目的物联网被称为信息社会的第三次浪潮，物联网技术将人类生存的物理世界网络化、信息化，将分离的物理世界和信息空间互联整合，代表了未来网络的发展方向。物联网技术称为未来社会经济发展、社会进步和科技创新的重要基础设施。本课程的目的是使学生掌握物联网技术的定义和基本原理及应用，了解物联网技术的发展，了解物联网的关键技术和方法。其中包括：物联网基本概念、物联网硬件组成、物联网无线通讯技术、无线传感器网络、物联网的数据融合技术、IPv6在物联网中的应用、6LoWPAN适配层、RPL、物联网的安全问题和应用等。二、教学基本要求物联网技术作为计算机工程、计算机科学和计算机与信息技术的专业课，要求学生在了解当今信息化社会发展的基础上，掌握物联网关键技术的发展和应用，了解物联网的特点。为以后从事相关工作打下基础。本课程建议在大三第二学期开设。本课程采用双语教学，英文原版教材。三、教学内容第一部分 物联网的概论教学内容：物联网的基本概念；物联网的组成和结构；物联网的发展和面临的问题。教学要求：掌握物联网的基本概念、结构；熟悉物联网技术发展过程和面临问题。第二部分 物联网的硬件技术教学内容：物联网的主要硬件设备(传感器和RFID)和设备管理机制。 教学要求：掌握主要的硬件设备（传感器和RFID)，了解支持硬件设备的管理机制。第三部分 物联网无线通信技术教学内容：无线通信技术：GSM、GPRS、3G通信技术、光通信和卫星通信技术；无线通信接入技术：多址技术、组网技术；近距离无线通信技术：Bluetooth、ZigBee、WLAN(WIFI)、WiMAX等。教学要求：掌握现代无线通信技术，无线通信接入技术，近距离无线通信技术。了解无线通信和近距离通信的通信协议。第四部分 无线传感器网络教学内容：无线传感器网络的基本概念，节点模型；传感器网络的体系结构；传感器网络的通信协议；传感器网络的中间件技术；传感器网络安全问题；传感器网络应用。 教学要求：掌握无线传感器网络的基本概念、节点模型；掌握传感器网络的体系结构；熟悉传感器网络通信协议、应用；了解中间件技术、安全问题。第五部分 数据融合技术教学内容：数据融合技术的基本概念；数据融合的基本原理；数据融合算法教学要求：掌握数据融合技术的基本原理，了解基本数据融合算法原理第六部分 IPv6在物联网中的应用教学内容：IPv6的数据包的特点、地址结构、ICMP和IPv6、邻居发现协议、IPv6自组机制、DHCPv6、IPv6 网络质量保证。 教学要求：掌握IPv6的数据包的特点、地址结构，了解ICMP和IPv6、邻居发现协议、IPv6自组机制、DHCPv6、IPv6 网络质量保证。第七部分 6LoWPAN 适配层教学内容：6LoWPAN的包的特点和结构。教学要求：掌握6LoWPAN的包的特点和结构。第八部分 RPL (Routing Protocol for Low-power and Lossy Networks)教学内容：什么是RPL、RPL的特点和属性、。教学要求：掌握RPL的特点和属性。第九部分 物联网的安全性教学内容：三种物联网安全特性、物联网的加密技术、IP结构的安全机制。教学要求：掌握三种物联网安全特性，掌握物联网的加密技术、IP结构的安全机制。第十部分 物联网的应用教学内容：智能网格、智能工控、智能城市、智能家庭、智能建筑物监控、智能医疗、智能集装箱监控。教学要求：了解各种物联网的应用。 四、学时分配教学内容授课上机实验实践实践(周)物联网的概论2物联网的硬件技术2物联网无线通信技术4无线传感器网络4数据融合技术2IPv6在物联网中的应用66LoWPAN 适配层6RPL2物联网的安全性2物联网的应用2总计：32五、评价与考核方式本课程，期末考试为开卷笔试。学生的课程总评成绩由平时成绩（占30%）和期末考试成绩两部分构成。平时成绩包括：出勤、作业、课堂测验、学习主动性等。六、教材与主要参考资料书名：“Interconnecting Smart Objects with IP: The Next Internet”, 作者：Jean-Philippe Vasseur Jean-Philippe Vasseur (Author) Visit Amazons Jean-Philippe Vasseur PageFind all the books, read about the author, and more.See search results for this author Are you an author? Learn about Author Central & Adam Dunkels，出版社：Morgan Kaufmann;ISBN-10: 0123751659 ISBN-13: 978-0123751652 出版时间：第一版 (June 15, 2010)主要参考资料： 最新的英文会议和期刊论文集TU Syllabus for Internet of ThingsCode:Title:Internet of ThingsSemester Hours:32Credits:2Semester Hour StructureLecture：32 Computer Lab： Experiment： Practice： Practice (Week)：Offered by:Lei Zhang, Ph. dDate:6/15/2011for:Computer Science, Computer Engineering, Computer and Information TechnologyPrerequisite:“Data Structure”, “Digital Circuit”1. Objective The growth of the Internet is an ongoing process: only twenty-five years ago it was connecting about a thousand hosts and has grown ever since to link billions people through computers and mobile devices. One major next step in this development is to progressively evolve from a network of interconnected computers to a network of interconnected objects and create an Internet of things. These objects will sometimes have their own Internet Protocol addresses, be embedded in complex systems and use sensors to obtain information from their environment and/or use actuators to interact with it. This course is to make students learn the basic ideas, the key technologies and the development of “Internet of Things”. The course covers the topics such as, “The Concepts of Internet of Things”, “The Basic Components of Internet of Things”, “Wireless Communication Technologies in Internet of Things”, “Wireless Sensor Networks”, “Data Integration and Aggregation in Internet of Things”, “IPv6 for Internet of Things”, “6LoWPAN adaptation Layer”, ”RPL”, “Security issues for Internet of Things”.2. Course Description “Internet of Things” will be open as advanced elective course for Computer Science, Computer Engineering, Computer and Information Technology majors undergraduate students. It covers the topics of “Internet of Things”, such as, the advanced technologies, development tendencies, major problems and solutions. In general, the course will give students a closer look of Internet of Things” and better understanding of the unique characters of “Internet of Things”. 3. TopicsChapter1 IntroductionUnderstand the concepts, structure and components and get familiarwith development and challenges. Chapter2 Hardware Components Understand the wireless sensors, RFID hardware technology. Chapter3 Wireless Communication Technologies Get familiar with wireless communication technologies, such as GSM,GPRS, 3G, Bluetooth, ZigBee, WLAN (WiFi), WiMAX. Chapter4 Wireless Sensor Networks (WSN) Get family with WSNs concepts, structure, protocols, middleware, security issue and applications.Chapter5 Data Integration and Aggregation Get family with data integration and aggregation concepts and principles.Chapter6 IPv6 for Internet of Things Understand IPv6 data packets characters, address structure, ICMP and IPv6, neighbor discovery protocol, autoconfiguration, DHCPv6 and IPv6 QoS. Chapter7 6LoWPAN Adaptation Layer Understand the adaptation layers structure and characters.Chapter8 RPL (Routing Protocol for Low-power and Lossy Networks)Understand what is RPL, and its characters and attributes.Chapter 9 Security Issues Understand three most important security attributes, encryption, IP security mechanisms. Chapter10 Applications Get family with different applications, such as Industrial Automation, Smart City and Urban Networks, Home Automation, Building Automation, Health Monitoring, Container Tracking.4. Semester Hour StructureTopicsLectureComputer Lab.ExperimentPracticePractice (Week)Introduction2Hardware Components 2Wireless Communication Technologies4Wireless Sensor Networks4Data Integration and Aggregation2IPv6 for Internet of Things66LoWPAN Adaptation Layer6RPL2Security Issues2Applications2Sum325. GradingThe final exam counts 70% of total grades. The others, such as quizzes, presentation, homework, class participation totally counts 30%. The final exam will be open books and open notes.6. Text-Book & Additional ReadingsText book: “Interconnecting Smart Objects with IP: The Next Internet”, 1st version,Author: Jean-Philippe Vasseur Jean-Philippe Vasseur (Author) Visit Amazons Jean-Philippe Vasseur PageFind all the books, read about the author, and more.See search results for this author Are you an author? Learn about Author Central & Adam Dunkels，Publisher: Morgan Kaufmann,ISBN-10: 0123751659, ISBN-13: 978-0123751652, Time Published: June 15, 2010.Reference: The papers published at newest conference proceedings or Journals.