计算机专业英语

　　本书主要涉及计算机技术基础、系统和应用各个方面，其中许多内容反映了21世纪计算机新技术的前沿研究方向，取材新颖，系统性强。全书共分13章，包括计算机学科简介、硬件基础、操作系统、程序语言、算法设计与分析、并行处理、数据挖掘、图像处理与机器视觉、计算机网络与通信、信息与网络安全、电子商务、Internet拥塞控制、国际学术交流。每章包含英语原文、专业词汇和课文注释三部分内容，附录为常用的计算机专业词汇，供使用者查阅时参考。 本书系普通高等学校计算机科学与技术专业新编系列教材，也可供相关专业的研究生和科技人员参考。

暂缺《计算机专业英语》作者简介

1 introduction to computer science and technology
1.1 introduction to the computer science and technology discipline
1.2 computer science and technology as a discipline in china
1.3 related courses
1.4 prospects of computer science and technology
2 fundamentals of computer hardware
2.1 organization of computer system
2.1.1 system buses
2.1.2 cpu organizations
2.1.3 memory subsystem organizations
2.1.4 i/o subsystem organizations
2.2 history of computer
2.3 computer interface
2.3.1 the internal interfacing
2.3.2 the external interfacing
2.3.3 dma
3 operating system
3.1 introduction
3.1.1 what is an operating system
3.1.2 the evolution of operating systems
3.2 the disk operating system
3.2.1 parts of dos
3.2.2 starting a computer
3.2.3 dos command format
3.2.4 simple dos commands
3.2.5 disk formatting
3.2.6 dealing with files
3.3 windows 2000
3.3.1 history
3.3.2 design principles
3.3.3 system components
3.4 unix operating system
3.4.1 history of the unix operating system
3.4.2 the uniqueness of unix
3.4.3 how unix is organized
3.4.4 about unix commands
4 programming
4.1 introduction to programming
4.1.1 what is programming
4.1.2 how do we writer a program
4.1.3 programming paradigms
4.2 programming languages
4.2.1 early generation
4.2.2 selecting a programming language
4.3 object oriented programming
4.3.1 objects
4.3.2 classes
4.3.3 inheritance
4.3.4 some real life examples
5 design and analysis of algorithms
5.1 the role of algorithms in computing
5.1.1 algorithms
5.1.2 algorithms as a technology
5.2 analyzing algorithms
5.2.1 analysis of insertion sort
5.2.2 worst case and average case analysis
5.2.3 order of growth
5.2.4 growth of functions
5.3 designing algorithms
5.3.1 the divide and conquer approach
5.3.2 analyzing divide and conquer algorithms
6 parallel processing
6.1 introduction
6.1.1 computational demands of contemporary science
6.1.2 advent of practical parallel processing
6.1.3 some basic parallel algorithms
6.2 parallel algorithm design
6.2.1 partitioning
6.2.2 communication
6.2.3 agglomeration
6.2.4 mapping
6.3 applications of parallel processing─mandelbrot set
7 data mining and applications
7.1 basic concepts
7.1.1 date mining
7.1.2 database,data warehouse and data mart
7.2 data mining process
7.2.1 how data mining works
7.2.2 date mining process
7.2.3 date mining terminology
7.3 data mining model
7.3.1 decision trees
7.3.2 genetic algorithms
7.3.3 neural nets
7.3.4 agent network technology
7.3.5 hybrid models
7.3.6 statistics
7.4 data mining applications
7.4.1 data mining application field
7.4.2 data mining case studies
7.4.3 data mining application through data warehouses
8 image processing and machine vision
8.1 introduction
8.1.1 image technology
8.1.2 digital image definitions
8.2 image processing algorithm
8.2.1 tools
8.2.2 mathematics based operations
8.2.3 convolution based operations
8.2.4 smoothing operations
8.3 compression or decompression techniques
8.3.1 two basic types of compression
8.3.2 image compression/decompression development
8.4 object recognition
8.4.1 description
8.4.2 key features for object recognition
8.5 3d vision and applications
8.5.1 basic concept
8.5.2 applications
9 computer networks and communications
9.1 data communications
9.1.1 fundamentals of data and signals
9.1.2 the media of transmission
9.1.3 multiplexing
9.1.4 making connections
9.2 computer networks
9.2.1 understand networking concepts
9.2.2 local area networks
9.2.3 wide area networks
9.2.4 the internet
9.3 broadband integrated services digital network (bisdn)
9.3.1 introduction
9.3.2 a brief history
9.3.3 broadband isdn services
9.4 asynchronous transfer mode (atm)
9.4.1 basic concepts in atm
9.4.2 atm standards
9.4.3 atm switching
9.4.4 atm networks
9.4.5 atm applications
10 information and network security
10.1 security problem in computer system
10.1.1 introduction
10.1.2 different types of network security
10.2 some approaches to defense
10.2.1 basic security measures
10.2.2 standard system attacks
10.2.3 basic encryption and decryption techniques
10.2.4 public key infrastructure
10.2.5 firewalls
10.2.6 security policy design issues
11 electronic commerce
11.1 introduction
11.1.1 what is e commerce
11.1.2 the role of strategy in e commerce
11.2 value chains in e commerce
11.2.1 value chains in e commerce
11.2.2 integrating e commerce
11.3 applications of electronic commerce
11.3.1 applications of electronic commerce
11.3.2 unique benefits of e commerce
11.4 advantages and limitations of e commerce
11.4.1 advantages
11.4.2 limitations
12 internet congestion control
12.1 introduction
12.1.1 the problem of congestion
12.1.2 the threat of congestion collapse
12.1.3 tcp friendliness
12.2 classification of congestion control schemes
12.2.1 window based vs.rate based
12.2.2 unicast vs.multicast
12.2.3 single rate vs.multirate
12.2.4 end to end vs.router supported
12.3 congestion control mechanisms
12.3.1 end to end flow control
12.3.2 feedback mechanisms
12.3.3 implicit feedback
12.3.4 explicit feedback
12.3.5 scheduling mechanisms
12.3.6 buffer and queue management mechanisms
12.3.7 buffer management
12.3.8 queue management
12.3.9 queue management for congestion recovery
12.3.1 0active queue management for congestion avoidance
12.4 recent developments in congestion control
12.4.1 avoiding unnecessary retransmit timeouts
12.4.2 undoing unnecessary congestion control responses to reordered or delayed packets
13 international academic exchanges
13.1 call for papers
13.2 the academic paper
13.2.1 introduction
13.2.2 problem formulation
13.2.3 main results
13.2.4 conclusion
13.3 participation in the conference
13.3.1 to chair a conference
13.3.2 to present a paper
13.3.3 to ask and answer questions
Appendix glossaries in computer science
References