■Describe the IPv6 address space,and state why the address length of128 bits was chosen. ■Describe IPve6 address syntax,including zero suppression and compression and prefixes. ■Enumerate and describe the function of the different types of unicast IPve6 addresses. ■Describe the format of multicast IPv6 addresses. ■Describe the function of anycast IPve6 addresses. ■Describe how IPve6 interface identifiers are determined. Describe how to perform bit-level subnetting on the subnet identifier portion of a unicast IPv6 address prefix

■Define the address format,encapsulation,and intended use of the Intra-Site Auto- matic Tunnel Addressing Protocol (ISATAP)IPv6 transition technology. ■Describe how the IPv6 protocol in Windows Server2008 and Windows Vista supports ISATAP as a host and router. ■List and describe the routes on ISATAP hosts,ISATAP routers,and IPv6 routers that make ISATAP-based communication possible. Describe how ISATAP communication works between ISATAP hosts and native IPv6 hosts on an intranet. ■Describe how to configure a computer running Windows Server2O08 or Windows Vista as an ISATAP router

■Describe the functions of the Neighbor Discovery(ND)protocol. ■List and describe the function and format of ND options. ■List and describe the function and format of ND messages. ■Describe which ND messages use which ND options. Describe the details of the address resolution,neighbor unreachability detection, duplicate address detection,router discovery,and redirect processes. Describe the host sending algorithm in terms of host data structures and ND messages

1、课程性质与任务 （1）课程性质 本课程是计算机及相关专业的职业基础课程，它是程序设计的入门语言，有很强的理论性，同时也包含了一定的实践课程的成分

1 INTRODUCTION 2 IP ADDRESS LOOKUP 3 PACKET CLASSIFICATION 4 TRAFFIC MANAGEMENT 5 BASICS OF PACKET SWITCHING 6.1 Linked List Approach 7 INPUT-BUFFERED SWITCHES 8 BANYAN-BASED SWITCHES 9 KNOCKOUT-BASED SWITCHES 10 THE ABACUS SWITCH 11 CROSSPOINT BUFFERED SWITCHES 11.2 Combined Input and Crosspoint Buffered Switches with VOQ 13 MULTI-PLANE MULTI-STAGE BUFFERED SWITCH 14 LOAD-BALANCED SWITCHES 15 OPTICAL PACKET SWITCHES 16 HIGH-SPEED ROUTER CHIP SET

为方便计算和解决环形网络变压器变比 不匹配，造成参数难以归算的问题，对变压器 采用非标准变比的变压器等效电路---- 型等效 电路

实验一安装 Windows2000 Server 一、实验目的 使学生能够使用常用方法安装 Windows2000 二、实验内容 进行 Windows2000的安装。 三、实验环境 (1)Cpu: Inter Pentium133MHz或以上。 (2)RAM:128MB或以上。 (3)硬盘:2GB或以上,至少1GB以上的空闲空间。 (4)8X或以上的光驱。 (5)网卡、计算机

1、基带 一条电缆只用于一个信道,50Ω,用于数字传输 2、宽带一条电缆同时传输不同频率的几路模拟信号,75Ω,用于模拟传输,300-450MHz,100km,需要放大器

并行计算PC机群的构建 随着计算机硬件技术的高速发展,处理器和网络的性能不断地迅速提高和价格的日益 下降,使得并行计算日益从传统的超级计算平台转移到由一组高性能节点或工作站/PC机 构成的称之为机群的计算平台上,从而机群成为构建可扩放并行计算机的一大趋势

第一讲绪论 以冯·诺依曼型计算机为中心的信息处理技术的高速发展,使得计算机在当今的信息 化社会中起着十分重要的作用。但是,当用它来解决某些人工智能问题时却遇到了很大的 困难。 例如,一个人可以很容易地识别他人的脸孔,但计算机则很难做到这一点。这是因为 脸孔的识别不能用一个精确的数学模型加以描述,而计算机工作则必须有对模型进行各种 运算的指令才行,得不到精确的模型,程序也就无法编制