第页.ppt

* * 设计形态的主要内容:包括把一个特殊的抽象机器(语法)和语义结合在一起形成的统一的可实现的整体特定语言(如过程式的(COBOL,FORTURN,ALGOL,Pascal,Ada,C),函数式的(LISP),数据流的(SISAL,VAL),面向对象的(Smalltalk,CLU,C++),逻辑的(Prolog),字符串(SNOBOL)和并发(CSP,Concurrent Pascal,Modula 2)),特定类型　　 * * * * 五、体系结构 六、操作系统 七、网络中心计算 八、人机界面 九、图形学和可视计算 十、智能系统 十一、信息管理 十二、软件工程 十三、专业领域问题 十四、可计算科学 * Net-Centric Computing 是CS2008中的知识点 * SE. Software Engineering Core-Tier1 hours Core-Tier2 hours Includes Electives SE/Software Processes 1 2 Y SE/Software Project Management 3 Y SE/Tools and Environments 2 N SE/Requirements Engineering 1 3 Y SE/Software Design 4 4 Y SE/Software Construction 2 Y SE/Software Verification Validation 3 Y SE/Software Evolution 1 Y SE/Formal Methods Y SE/Software Reliability 1 Y total 6 21 CS2008 SE. Software Engineering (31 core hours) SE/Software Design (8) SE/Using APIs (5) SE/Tools And Environments (3) SE/Software Processes (2) SE/Requirements Specifications (4) SE/Software Verification Validation (3) SE/Software Evolution (3) SE/Software Project Management (3) SE/Component Based Computing SE/Formal Methods SE/Software Reliability SE/Specialized Systems SE/Risk Assessment SE/Robust And Security- Enhanced Programming 适应现代软件工程的内容，更加强调软件项目管理、需求分析、软件架构等内容 CN. Computational Science Core-Tier1 hours Includes Electives CN/Fundamentals 1 N CN/Modeling and Simulation Y CN/Processing Y CN/Interactive Visualization Y CN/Data, Information, and Knowledge Y total 1 CS2008 CN. Computational Science (no core hours) CN/Modeling And Simulation CN/Operations Research CN/Parallel Computation 除了精炼了1个学时的fundamentals以外，按照建模、处理、交互以及数据（信息和知识）的软件框架重新组织知识内容 重视系统、重视基础 分别从软件开发和系统两个层面，强调基础原理与方法策略，学时数高，概括性广 SDF. Software Development Fundamentals (42 Core-Tier1 hours，42 total) includes fundamental concepts and skills that could appear in other software-oriented KAs (e.g., programming constructs from Programming Languages, simple algorithm analysis from Algorithms and Complexity, simple development methodologies f