Department of Electrical Engineering and Computer Science 6.001-Structure and Interpretation of Computer Programs Spring semester, 2005 Project 2-Prisoner's Dilemma

Department of Electrical Engineering and Computer Science 6.001- Structure and Interpretation of Computer Programs Spring semester 2005 Project O Issued: Tuesday, February 1 o Be Completed By: Friday, February 4 6:

Depart ment of Electrical Engineering and Computer Science 01-Structure and Interpret at ion of Computer Programs Spring Semester, 2005 Quiz it NAME: Sample Solutions Part 1:(25 points)

MASSACHVSETTS INSTITVTE OF TECHNOLOGY Depart ment of Electrical Engineering and Computer Science 01-Structure and Interpret at ion of Computer Programs Spring Semester, 2005 Quiz it Closed book two sheets of not es Throug hout this quiz, we have set aside space in which you should write your answers. Please try

MASSACHVSETTS INSTITVTE OF TECHNOLOGY epartment of Electrical Engineering and Computer Se lence 001--Structure and Interpretation of Computer Programs Spring Semester, 2005 Quiz I- Sample Solutions

1. Principle of easiest penetration 2. The kinds of computer security breaches 3. What is firewall 4. 了解科技论文标题的写法

Chapter Four Computer Technology Chapter Study Tasks (4) In this chapter, you will be able to -Explain why a computer is a system

1 Computer Abstractions and Technology 2 2 Instructions: Language of the Computer 74 3 Arithmetic for Computers 222 4 The Processor 298 5 Large and Fast: Exploiting Memory Hierarchy 450 6 Storage and Other I/O Topics 568 7 Multicores, Multiprocessors, and Clusters 630 A Graphics and Computing GPUs A-2 B Assemblers, Linkers, and the SPIM Simulator B-2 The Basics of Logic Design C-2 Mapping Control to Hardware D-2

Module 2: Computer-System Structures 计算机系统结构 1、computer system operation计算机系统运行 2、/O StructureIO结构 3、Storage Structure存储构造 4、Storage Hierarchy存储层次 5、Hardware Protection硬件保护 6、General System Architecture一般系统体系结构

该章主要介绍OSI参考模型的有关概念，包括各层功能划分、各层典型协议及思想、流量控制技术、拥塞控制技术、路由选择算法等。全面了解OSI参考模型的意义与功能。重点难点：OSI参考模型的构成，包括各层功能划分、各层典型协议及思想、流量控制技术、拥塞控制技术、路由选择算法