| Tiles and Intros for courses in USST | Credits | UCFV Number | |||
| Introductions 课程简介 | |||||
| 12100360 Web Programming Web程序设计实习 | 1.0 | CIS145 | |||
| In this course, students will design, organize, publish, and maintain a basic website using HTML. They will also learn scripting, how to design static web pages and dynamic web pages, and cascading style sheets. This course is intended for students with no prior knowledge of HTML. Web程序设计定位于“设计”理念，主要包括以下部分：Web站点设计，静态页面设计，Web浏览器端的动态程序设计，Web服务器端的动态程序设计。Web程序设计不是简单的网页设计，而是以设计Web应用为主要目的。通过该课程的学习，强化“设计”理念，提高Web应用能力，通过实习案例解决Web应用中的实际问题。 | |||||
| 16000162 Computer Network B 计算机网络B | 3.0 | CIS 390 | |||
| Students will become familiar with the theories, methods, and standards being used for the network architecture and developments. Included will be discussions on the OSI reference model, commonly used protocols, data communication equipment, network topologies (international, national, provincial, local), routing protocols, multimedia services on network, and network and data security. Students will consider case studies of TCP/IP, UDP, Winsock, HTTP-Server, HTTP Client and FTP-Client programming, so that they can effectively find a proper solution for a network application. 全面系统地介绍了计算机网络的发展和原理体系结构，按照网络协议模型（物理层、数据链路层、网络层、运输层和应用层）自下而上系统地介绍了计算机网络的基本原理，并简要介绍近年来迅速发展起来的各种网络技术，如网络安全、因特网上的音频/视频服务、无线网络和下一代因特网等内容。熟悉TCP／IP网络编程，为今后的网络应用开发打下良好的基础。通信使用TCP/IP协议簇，编程接口使用Winsock，运输层协议使用 UDP和 TCP。实现功能自选（如实时对话、数据传输、HTTP－Server和HTTP－Client、FTP－Client等）。 上机结束时要进行运行演示，解释程序流程，最终给出实验报告。 | |||||
| 16000410 Introduction to Information Security 信息安全概论 | 2.0 | CIS 325 | |||
| This course will provide students with the concepts, infrastructure and the mission of information security, introducing methods and technologies such as classical and modern cryptography; digital certificates; typical system security model; the concept of fault-tolerant distributed systems; access control and identification technology; technique of hacking and prevention measures; firewall, intrusion detection, anti-virus technology in the network (information) security status, principles and deployment; IPSec protocol and SSL; brief overview of virtual private network; e-commerce concepts and SET security protocols; copyright protection and privacy protection; information security assessment. 这门课主要介绍信息安全的内涵；信息存在哪些威胁；信息安全要实现哪些安全目标、实现安全目标的框架是什么；古典与现代密码技术的原理及其应用目标概述；数字证书及其应用目标概述；典型系统安全模型；分布式系统容错概念；访问控制与身份鉴别技术；黑客入侵技术综述及其防范措施；防火墙、入侵检测、防病毒技术在网络（信息）安全中的地位、原理和部署；IPSec协议和SSL协议简介、虚拟专用网概述；电子商务安全概念和SET协议；版权保护和隐私保护；信息安全评估。 | |||||
| 16000040 Linux Operating System Linux操作系统 | 2.0 | CIS 341 | |||
| The objective of this course is to teach students how to use Shell in Linux system, including graphical editing, shell programming, kernel principle (process management, file system, memory management, process communications, equipment, management, etc.), common development tools (gcc build system, debugging tools, procedures, maintenance tools, etc.) 本门课主要内容包括Shell的使用、.使用文本编辑器进行控制，进行图形化编辑、shell程序设计、内核原理（进程管理，文件系统，内存管理，进程通信，设备管理等）、常用开发工具（gcc编译系统，程序调试工具，程序维护工具等） | |||||
| 12001190 ASP.Net Web Development ASP.Net网络开发与设计 | 3.0 | CIS 371 | |||
| Using ASP.NET technology, students will learn how to design and implement object-oriented system under .NET framework. Emphasis is placed on creating a requirements model and using design principles to create a working system (user interface, application, and database), such as BBS system, message board system, chat room system and other web applications. 通过本课程的学习，使学生掌握开发 ASP.NET 程序的基础知识和基本方法，对.net平台下的程序设计有一个全面的认识和了解，并能够自主开发留言板、 BBS 、聊天室等Web应用程序。 | |||||
| Advanced Topics on Database Systems(Postgraduate) 高级数据库理论 | 2.0 | CIS 430 | |||
| This course mainly introduces current idea, theory and tools being used by business for their data-handling needs. Topics include a comparison of the leading relational database engines and object-oriented concepts and other approaches being applied to database problems. Distributed systems and parallel technologies will be discussed. Modern relational database architecture and indexing technologies will be studied. 本课程主要介绍了当前商务数据处理需求，数据库最新理论、工具和思想。课程主题包括了关系数据库和面向对象数据库的概念和方法，以及它们之间的对比；此外，还包括分布式系统和并行技术，现代关系数据库结构和索引技术进行研究。 | |||||
| 13001440 Decision Support Systems 决策支持系统（双语）管理学院 | 2.0 | CIS 480 | |||
| This course explores topics in computer-based Decision Support Systems with a focus on the application of information technology to the solution of management problems. Topics include Management Support Systems, Business Intelligence, decision making systems, and intelligent systems. 本课程主要介绍基于计算机的决策支持系统，重点放在用信息技术解决管理问题。主题包括管理支持系统，商业智能，决策系统，智能系统。 | |||||
| 12001200 Java Web Development Techniques Java Web 开发技术 | 3.0 | CIS 351, CIS 455 | |||
| Java programming in TCP/UDP, RMI, CORBA, JSP/JavaBeans/EJB/Servlet. XML, network security software, mobile agent technology. Covering mainly the software development theory and technology. 本课程讲授的主要内容包括采用Java编写TCP/UDP技术、RMI技术、CORBA组件、JSP/JavaBeans/EJB/Servelet、XML、网络安全软件、移动代理技术等方面的软件开发理论与技术。 | |||||
| 16000750 Fundamentals of Computer Graphics 计算机图形学基础 | 2.0 | COMP360 | |||
| This course focuses on the theory and methods of Computer Graphics technology. Topics include graphics hardware introduction, the production of basic graphics algorithms, 2D and 3D graphics basic transform and projection transform, cutting and blanking of 2D graphics and etc. 计算机图形学研究在计算机的显示设备上显示图形的原理、方法和技术。包括基本图形的生产算法，二维、三维图形的基本变换和投影变换，二维图形的裁剪和消隐等。 | |||||
| 16000230 Information Security & Cryptography 密码学与信息安全 | 4.0 | COMP 490 | |||
| This course provides students with an understanding of important concepts in network security and cryptography. A practical technological survey of cryptography and network security will be given. This includes conventional encryption algorithms such as DES and IDEA, public-key design and algorithms such as RSA and elliptic curve, digital signatures and authentication protocols, key managements, and applications of authentication such as Kerberos and X.509. IP security and web security will also be covered. Network security plans and procedures will be formulated at the end. 本课程主要介绍网络安全和加密技术的重要概念和实用技术。包括传统的加密算法DES和IDEA，公钥加密算法的设计，如RSA和椭圆曲线，数字签名和认证协议，密钥管理算法和认证应用，如Kerberos和X.509。最后介绍IP安全和网络安全，包括网络安全计划和程序的制定。 | |||||
| 新增课程（USST有的，UFV没有的，列在2009大纲上的部分课程） Courses listed in USST Articulation but not Involved in UCFV | |||||
| 16000350 Algorithm Analysis and Design 算法分析与设计 | 2.0 | ||||
| An introduction course to typical algorithms analysis and design, such as conquer and divide algorithms, sorting algorithms, dynamic programming, greedy programming, Backtracking, Branch and bound algorithms, etc. Students will learn how to evaluation the time complexity of an algorithm and how to improve the efficiency of an algorithm. 介绍算法、算法复杂度的基本概念及时间复杂度的估算方法。包括递归与分治法：递归概念，分治法基本思想；二分搜索技术，大整数乘法，矩阵乘法，合并排序，快速排序。 动态规划：动态规划的基本要素；矩阵连乘，最短路径问题，最大子段和，流水作业调度，0－1背包问题，最优二叉搜索树。贪心算法：贪心算法的基本要素；活动安排问题，哈夫曼编码， 单源最短路径，最小生成树。回溯法：回溯法的算法框架；n个皇后问题，子集和问题，图的m着色问题，旅行售货员问题。分支限界法：分支限界的基本思想； 单源最短路径，0－1背包问题，批处理作业调度问题。 | |||||
| 16000300 Introduction to Team Software Process 软件协同设计 16100080 Team software Development 软件协同设计课程设计 | 2.0 2.0 | ||||
| This course focuses on the team software development process. Students will learn how to plan the project, divide the labor and tasks, teamwork and communicate. And reports need be written with review, verification and process improvement, combined with software requirements analysis, design, implementation and testing organizations. Introduced with planning, team management, project monitoring, and the key technologies during software development process SRS, design, review, implementation and testing of best enterprise application. Through a specific software development project, students design and implement a team collaboration software. 本课程主要围绕软件开发团队管理、软件开发的计划、角色分工与任务、团队协作与交流、报告撰写、复审与验证、过程改进，并结合软件需求分析、设计、实施与测试组织教学。介绍计划制定、团队管理、项目监控、以及软件开发过程中SRS、设计、复审、实施与测试的企业最佳实践、关键技术。通过一个具体的软件开发项目，完成团队协同软件开发。 | |||||
| 16000760 Data mining 数据挖掘 | 2.0 | ||||
| This course explores concepts and techniques for the discovery of patterns hidden in large data sets, focusing on issues relating to their feasibility, usefulness, effectiveness, and scalability. And try to address recent developments on mining complex types of data- including stream data, sequence data, graph structured data, social network data, and multi-relational data. 本课程内容包括：数据预处理、可视化、预测建模、关联分析、聚类分析和异常检测。每一个主题分两章讲述。前一章讲述基本概念、代表性算法和评估技术而后一章深入讨论了高级概念和算法。通过对每个主题的基本概念和算法的讲述，使学生能够掌握数据挖掘应用于实际问题所需要的必要背景知识，为学生以后从事数据挖掘和相关领域的研究提供一个起点。 | |||||
| 16000570Grid Computing 网格计算 | 2.0 | ||||
| Through this course, students will familiar with the grid computing background and the basic concepts and characteristics of the grid, the grid of the development process, the grid architecture (including the OGSA and OGSI), the main grid members of the family (including P2P, Semantic Web, ontology, intelligent agents, and content distribution networks, etc.) The basic working principle of grid computing technology (including parallel computing and scientific computing grid), grid communications technology, grid scheduling technology , grid technology and grid safety information services technology. It also includes the construction of the grid system, methods, and the typical grid system Globus, Legion, and NetSolve architecture, the installation process and its use. 通过本课程的学习，使学生掌握网格技术的产生背景和目标、网格的基本概念和特征、网格的发展历程、网格的体系结构(包括OGSA和OGSI)、网格家族的主要成员 (包括P2P、语义Web、知识本体论、智能代理和内容分发网络等)的基本工作原理，以及网格计算技术(包括网格并行计算与科学计算)、网格通信技术、网格应用调度技术、网格安全技术和网格信息服务技术。此外，还包括网格系统的构建方法，以及典型网格系统Globus、Legion和NetSolve的体系结构、安装过程及其使用方法。 | |||||
| 16000260 Pattern Recognition 模式识别 | 2.0 | ||||
| Students should be familiar with the study object for pattern recognition, and have a clear understanding of the basic tools and methods. Students should master the methods of statistical pattern recognition, with emphasis on Bayesian classification; master linear classifier design; understand the basic content of non-linear classifier; familiar with the syntactic structure of the basic content identification method; familiar with the image segmentation and image analysis techniques. 通过本课程的学习，学生应该对于模式识别研究的对象、方法和基本工具有清晰的了解。学生应该掌握模式识别的统计方法，重点是贝叶斯分类方法；掌握线性分类器设计；了解非线性分类器的基本内容；熟悉句法结构识别法的基本内容；熟悉图象的分割技术和图象的分析技术。本课程应该为一步深入研究模式识别理论的新发展，和把模式识别的理论应用于计算机程序设计，打好扎实的基础。 | |||||
