计算机网络
计算机网络是计算机发展和通信技术紧密结合并不断发展的一门学科。在当今的信息化时代,计算机网络扮演了越来越重要的角色,已成为促进社会发展的最重要的技术支柱。《计算机网络》课程是我院本科生的专业必修课。本课程系统和全面地介绍了网络体系结构、数据通信基础、OSI参考模型、数据交换技术、局域网技术、网络互连及TCP/IP协议、网络安全、无线网络和移动网络等。通过本课程的学习,使学生系统地理解和掌握:
1、计算机网络的基本概念、基本理论和基本方法;
2、计算机网络的体系结构、层次结构、服务与协议、网络拓扑结构;
3、数据通信基础,编码技术、多路复用技术、数据交换技术;
4、滑动窗口协议,流量控制和拥塞控制;
5、路由选择策略和路由算法、网络互连技术;
6、局域网技术、CSMA/CD介质访问控制方法、网络设备的工作原理;
7、TCP/IP 协议簇的基本原理;包括:IP协议、ARP协议、ICMP协议、IGMP协议、UDP协议、TCP协议、DNS协议、FTP协议和HTTP协议等;
8、网络安全
9、无线网络和移动网络
总之,本课程旨在培养学生掌握计算机网络的基本理论和实际应用知识,使学生具有计算机网络系统分析与设计的初步能力,为今后从事计算机网络方面的研究和实际工作打下一定的网络理论和实际工作基础。
计算机组成原理 复制 2
“计算机组成原理”是计算机科学与技术、网络工程、软件工程等专业的核心课程。通过本课程的学习,学生可以掌握计算机组成及其各部件的基本概念、基本原理以及基本设计方法,了解计算机内部运行机制,理解计算机各部件性能以及性能提高方法。
计算机组成原理实验(FPGA)
“计算机组成原理实验”是计算机学院本科生的重要专业基础课程、主干必修课程。它要求同学们通过学习与实践,理解和掌握一台计算机整机系统中软件硬件的组成及相互之间的配合,加深对课堂教学内容的理解和掌握,从而更好地建立起计算机系统的整机概念,完成对计算机硬件设计与调试所需要的动手能力的基本训练。
Computer Architecture
Modern computer technology requires an understanding of both hardware and software, as the interaction between the two offers a framework for mastering the fundamentals of computing. The purpose of this course is to cultivate an understanding of modern computing technology through an in-depth study of the interface between hardware and software. Computer architecture is an aspect of computer systems from outside. It is an abstract of physical computer. It is also properties that computer users must know to write correct programs that can run in machines.
The target of this course is to build a complete concept of computer systems, to learn analysis and design methods of the computer system, to master basic structure and principle of new computer systems. The course introduces basic concepts,principle,structure and fundamental analysis of computer systems completely. The content includes the computer systems' basic concepts, instruction sets, storage systems, input-output systems, scalar processors, vector processors interconnection network, parallel processing, multi-processor, and so on.
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