Find student work by name, project title, or subject. Each project lists the student credit and a short description, with its available presentation, paper, or cover sheet kept together.
Names are taken from document credits or the historical student index. Thirteen projects have no reliable student name recorded; differences between document bylines are noted. These historical projects reflect their original teaching period.
160 student projects
Select a student name to search for it across Anvari.net. Student credits and project descriptions remain available below.
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- 1
Windows NT Based Web Security
Student: Ying Li
Reviews Windows NT web-server security, comparing Server and Workstation configurations, access controls, and common security risks.
Project reference: 1 · permanent link - 2
Windows NT Security Holes
Student: BoYong Jiang
Examines historical Windows NT security weaknesses and administrative-access risks. The presentation reflects the security environment of its original period.
Project reference: 2 · permanent link - 3
The LINUX Operating System
Student: Cathy Thiaw
Introduces Linux, its open development model, multitasking and memory features, networking support, and comparisons with other operating systems.
Project reference: 3 · permanent link - 4
Component Based Development -- A Conceptual Overview
Student: Yu Guo
Cataloged as a conceptual overview of component-based development. The available slide text mainly contains guidance on organizing and delivering technical presentations.
Project reference: 4 · permanent link - 5
Networking Functions of windows NT Sever
Student: Jing Li
Explains Windows NT Server networking protocols, services, and monitoring, including comparisons of NetBEUI, TCP/IP, and NWLink.
Project reference: 5 · permanent link - 6
Something about ISDN
Student: Sophon Thanasrivilai
Introduces Integrated Services Digital Network (ISDN), its development, digital telephone services, and support for combined voice and data connections.
Project reference: 6 · permanent link - 7
SECURITY ISSUES IN CLIENT/SERVER COMPUTING ENVIRONMENT
Student: FengChen
Discusses security and reliability when moving from mainframe systems to client/server computing, with attention to distributed access and system protection.
Also searchable as Feng Chen.
Project reference: 7 · permanent link - 8
Stratus Continuous Process System
Students: Ying Li & Kunyu Zheng
Explains Stratus storage concepts, including logical volumes, member disks, duplex disks, boot disks, and their relationships in a continuous-processing system.
Project reference: 8 · permanent link - 9
COSC513 Project Linux Features
Student: Yingfeng Luo
Surveys Linux system and software features, basic commands, supported platforms, and comparisons with other operating systems.
Project reference: 9 · permanent link - 10
Home Network - Faster, Easier, and Cheaper than Ever
Student: Lanlan Ma
Explores home networking for sharing files, printers, and Internet access, including alternatives to conventional network cabling.
Project reference: 10 · permanent link - 11
How To Build A Home Network
Student: Houliang Li
Describes how to plan a home LAN, compare network models and topologies, and select physical networking components.
Project reference: 11 · permanent link - 12
A Comparison of the Security Architectures of NT 4.0 & Novell 4.11
Student: Shen Zhong
Compares Windows NT 4.0 and Novell IntranetWare 4.11 security architectures across client workstations, file servers, and enterprise applications.
Project reference: 12 · permanent link - 13
PRACTICAL STEPS IN SECURING WINDOWS NT
Student: William White
Outlines historical Windows NT hardening practices, including network filtering, firewall policy, and workstation and server configuration.
Project reference: 13 · permanent link - 14
Memory Management
Student name not recorded
Introduces memory management, including relocation, protection, sharing, hardware support, and operating-system and application memory allocation.
Project reference: 14 · permanent link - 15
Memory Management
Student: Jun Tian
Explains why memory management is needed and surveys hardware support, virtual memory, protection, sharing, and allocation concepts.
Project reference: 15 · permanent link - 16
TCP/IP Explored
Student: Jun Wu
Explores the TCP/IP protocol suite, the roles of IP and TCP, related Internet protocols, layered models, and network programming.
Project reference: 16 · permanent link - 17
Some general talk about Linux, mostly for new users.
Student name not recorded
Introduces Linux for new users, with discussion of disk partitions, boot sectors, device access, and the operating system's virtual-file approach.
Project reference: 17 · permanent link - 18
Server-based Operation System E-Commerce Architecture
Student: Tan Feng
Explores server-based operating systems for web hosting, email, and other Internet services, linking server capabilities to e-commerce architecture.
Project reference: 18 · permanent link - 19
UNIX SVR4
Students: Zhaohui Chen & Jiefei Huang
Introduces UNIX System V Release 4 and its goals of standardization, improved networking, administration, and integration of features from earlier UNIX variants.
Project reference: 19 · permanent link - 20
The LINUX Operating System
Student: Cathy Thiaw
Surveys Linux origins, multitasking, virtual memory, shared libraries, networking, and support for multiple users and platforms.
Project reference: 20 · permanent link - 21
CPU Scheduling
Student: Zedong Zhang
Compares CPU scheduling methods, including first-come-first-served, shortest-job-first, priority, round-robin, and multilevel queue algorithms.
Project reference: 21 · permanent link - 22
Linux: Networking & Security
Student: Feng Gao
Reviews Linux networking protocols, file and print sharing, Internet services, remote application access, and network management capabilities.
Project reference: 22 · permanent link - 23
Firewall and Proxy Server
Student: Anan Chen
Explains firewalls and proxy servers, their relationship, broad firewall types, and the hardware and software considerations behind deployment.
Project reference: 23 · permanent link - 24
MS IIS Overview and Installation Issues
Student: Bing Shi
Introduces Microsoft Internet Information Server, the Windows NT Option Pack, related server components, and installation considerations.
Project reference: 24 · permanent link - 25
Jini Architecture
Student: Yan Xu
Introduces Jini's Java-based architecture for discovering and combining network services, including its infrastructure, programming model, and service federation.
Project reference: 25 · permanent link - 26
Overview: Linux and Unix
Student: Cailan Hao (Lancy)
Surveys Linux and UNIX concepts, including memory allocation, page and swap caches, process handling, and networking support.
Project reference: 26 · permanent link - 27
Linux vs. Windows NT 4.0
Student: Yaping Wu
Compares Linux and Windows NT 4.0 as business platform choices, considering hardware, software, cost, support, security, and performance.
Project reference: 27 · permanent link - 28
New Features of NetWare 4.x
Students: Jianping Zeng & Kelong Wu
Reviews NetWare 4.x features, including directory services, network administration, file-system security, auditing, memory management, and printing.
Project reference: 28 · permanent link - 29
LINUX SECURITY
Student: Dongmei Wu
Surveys Linux security policy, physical and local protection, user accounts, file permissions, passwords, encryption, and kernel security.
Project reference: 29 · permanent link - 30
Secure Your Network
Student: Tianhui Gao
Examines security concerns when private networks connect to Internet services and discusses protecting network integrity and organizational resources.
Project reference: 30 · permanent link - 31
WINDOWS NT VERSURSE UNIX NT & LINUX
Student: Lin Li
Compares Windows NT, UNIX, and Linux functionality, including multiuser access, server applications, email services, and network protection.
Project reference: 31 · permanent link - 32
Windows NT server 4.0
Student: Yunhong Yang
Reviews Windows NT Server 4.0 web-server and e-commerce performance, including dynamic content, static content, and secure transactions.
Project reference: 32 · permanent link - 33
Network operating system comparison
Student name not recorded
Compares network operating systems as platforms for file, print, communication, application, and administrative services in enterprise networks.
Project reference: 33 · permanent link - 34
Window NT File System
Student: JianJing Cao
Explains Windows NT file systems and compares FAT, HPFS, and NTFS, including storage organization and file-management functions.
Project reference: 34 · permanent link - 35
Internet Information Server
Student: Yao Gu
Introduces Internet Information Server and describes its installation and configuration for publishing information on intranets and the Internet.
Project reference: 35 · permanent link - 36
Windows NT vs. Unix
Student: Tao Peng
Compares Windows NT and UNIX as server operating systems, discussing UNIX variants, multitasking, protected memory, reliability, and network services.
Project reference: 36 · permanent link - 37
NT File Systems
Student: Eunice Swinson
Introduces Windows NT file systems through the platform's history and the role of file systems in organizing and managing disk data.
Project reference: 37 · permanent link - 38
NT SECURITY: HACKING AND HOW TO PREVENT IT
Student: Greg Watson
Reviews historical Windows NT attack surfaces and security weaknesses, including web-server configuration and guest-account access, alongside prevention concerns.
Project reference: 38 · permanent link - 39
Windows NT Operating System
Student: Junhua Duan
Introduces Windows NT operating-system models, including layered, client/server, and object structures, hardware abstraction, and multiprocessing.
Project reference: 39 · permanent link - 40
Network Security
Student name not recorded
Explores network security risks and defenses, including secure gateways, firewalls, authentication, and protection across network and computer layers.
Project reference: 40 · permanent link - 41
Open VMS
Student: Jiayuan Geng
Surveys OpenVMS history, multitasking and distributed-computing capabilities, supporting technologies, market positioning, and anticipated development.
Project reference: 41 · permanent link - 42
Operating Systems
Student name not recorded
Introduces operating-system responsibilities, kernel services, resource management, scheduling, communication, and single- versus multiprocessor systems.
Project reference: 42 · permanent link - 43
File Systems Unix vs. Windows NT
Student: Aiwu Li
Compares UNIX and Windows NT file systems, including file organization, storage limits, access, and file-system capabilities.
Project reference: 43 · permanent link - 44
File Systems Unix vs. Windows NT
Student: Aiwu Li
An additional archived presentation comparing UNIX and Windows NT file systems, their organization, storage limits, and file-management capabilities.
Project reference: 44 · permanent link - 45
UNIX & Windows NT
Student: Jing Bai
Compares UNIX and Windows NT kernel models, file-system structures, and memory management, including inodes, NTFS, swapping, and paging.
Project reference: 45 · permanent link - 46
Overview of Linux
Student: Jinfang Li
Introduces Linux history, its UNIX-like design, platform support, POSIX compatibility, and development as a freely available operating system.
Project reference: 46 · permanent link - 47
Firewall
Student: Lerraj Khommeteeyuthakan
Explains firewall concepts, their role in a wider security policy, and how gateway placement controls traffic into and out of protected networks.
Historical catalog spelling: Lerraj Khommeteeyuthakan. The presentation spells the surname Khommeteeyuthakan.
Project reference: 47 · permanent link - 48
The LINUX Operating System
Student: Cathy Thiaw
Reviews Linux features, resource and process management, security, networking, and comparisons with other operating systems.
Project reference: 48 · permanent link - 49
What is a network?
Student name not recorded
Cataloged as an introduction to computer networks. The available text extraction contains template text, so the presentation's detailed coverage could not be confirmed.
Detailed contents could not be verified from the available template-text extraction.
Project reference: 50 · permanent link - 50
COSadmin
Student: Ping Lu
Introduces COSadmin as a way to simplify UNIX administration, following a review of UNIX strengths, complexity, and user-management needs.
Project reference: 51 · permanent link - 51
Novell’s Directory Service vs. Microsoft’s Domain Service
Student name not recorded
Compares Novell Directory Services with Microsoft's domain services, focusing on namespace structure, distribution, name resolution, browsing, and management.
Project reference: 52 · permanent link - 52
Introducing Microsoft Windows2000 Professional
Student: Jun Li
Introduces Windows 2000 Professional and its relationship to Windows NT Workstation and Windows 98, including usability, compatibility, and system features.
Project reference: 53 · permanent link - 53
Network File System (NFS)
Student: Chunyan Zhu
Explains Network File System design principles, remote-file access, portability, failure recovery, architecture, and implementation considerations.
Project reference: 54 · permanent link - 54
Starting Windows NT An overview and introduction
Students: Li-Yen Chen & Chunwa (Joanna) Chan
Introduces Windows NT, comparing it with Windows 95/98 and contrasting Server and Workstation, architecture, and networking features.
Project reference: 55 · permanent link - 55
Starting Windows NT An overview and introduction
Students: Li-Yen Chen & Chunwa (Joanna) Chan
An additional archived version of an introduction to Windows NT, its architecture, networking, and differences from Windows 95/98 and NT Workstation.
Project reference: 56 · permanent link - 56
UNIX File System
Student: Weiyu Zhang
Explains UNIX's consistent treatment of files, regular and directory files, device files, and the organization of a hierarchical file system.
Project reference: 57 · permanent link - 57
Open Systems Interconnection (OSI) Reference Model for Networking
Student: Cheng Chiang Goh
Explains the seven-layer OSI reference model and how a layered framework describes network behavior and communication.
Project reference: 58 · permanent link - 58
WINDOWS NT VERSUS UNIX NT & UNIX OVERVIEW
Student: Zhuo Hong Liu
Compares Windows NT and UNIX administration, interfaces, domains, user groups, security permissions, and multiuser operation.
Project reference: 59 · permanent link - 59
Computer Security
Student name not recorded
Introduces computer-security threats, including errors, sabotage, malicious code, infrastructure failures, and protection in UNIX systems.
Project reference: 60 · permanent link - 60
An Architectural Overview of UNIX Network Security
Students: Xiaowei Guo & Guosheng Luan
Cataloged as an architectural overview of UNIX network security. The linked presentation currently downloads as an empty file, so its contents could not be checked.
The original presentation URL is retained, but its downloaded file was empty at the time of review.
Project reference: 61 · permanent link - 61
Security in Operating Systems
Student: Cuiwei Zhao
Explains operating-system security threats, vulnerabilities, protected objects, and the goals of confidentiality, integrity, and availability.
Project reference: 62 · permanent link - 62
Security in Operating Systems
Student: Cuiwei Zhao
An additional archived version of a presentation on operating-system threats, protection, confidentiality, integrity, and availability.
Project reference: 63 · permanent link - 63
OVERVIEW: Linux and Unix
Student: Rong Liu
Reviews Linux and UNIX history, memory and cache management, processes, networking, and PCI initialization and device support.
Project reference: 64 · permanent link - 64
An Introduction to Linux Operating System
Student: Zihui Han
Introduces Linux capabilities, reasons for adoption, development tools, networking, security, and comparisons with other operating systems.
Project reference: 65 · permanent link - 65
ATM
Student: Yang Wang
Introduces Asynchronous Transfer Mode (ATM), its cell-based switching approach, cell headers, relationship to broadband ISDN, benefits, and limitations.
Project reference: 66 · permanent link - 66
An Introduction to Linux
Student: Haixin Wang
Introduces GNU/Linux, its UNIX-like design, supported platforms, POSIX compatibility, and modular kernel organization.
Project reference: 67 · permanent link - 67
Windows Operating System
Student: Qingwen Qian
Introduces operating-system layers and services, then discusses Windows and UNIX in relation to usability, application support, and system architecture.
Project reference: 68 · permanent link - 68
OS Services And Networking Support
Surveys operating-system services and evolution, including program execution, resource access, error handling, and support for networked computing.
Project reference: 69 · permanent link - 69
Operating System
Student: Zhaolong Li
Introduces operating systems through IBM AIX and Network File System concepts, with attention to enterprise networking, security, and resource sharing.
Project reference: 70 · permanent link - 70
How the Internet Works
Student: Zhen Zhang
Explains LAN operation, network communication layers, how data travels over the Internet, and the roles of email and the World Wide Web.
Project reference: 71 · permanent link - 71
Novell NetWare 5 A Network Operating System
Student: Jingfeng Gao
Surveys Novell NetWare 5 network services, server communication, user access, distributed printing, and storage management.
Project reference: 72 · permanent link - 72
Windows NT & UNIX
Student name not recorded
Compares Windows NT and UNIX, discussing UNIX's open-system associations, portability, scalability, flexibility, and multiuser features.
Project reference: 73 · permanent link - 73
TCP/IP
Student: Yang Wang
Introduces TCP/IP in the context of distributed processing, communications architecture, resource sharing, and networked applications.
Project reference: 74 · permanent link - 74
NT Server - Networking
Student: By Hsu
Uses Southeastern University's network as an example of Windows NT domains, primary and backup controllers, resource sharing, and trust relationships.
Project reference: 75 · permanent link - 75
RAID
Student: Shuli Han
Surveys RAID storage arrangements, comparing performance, mirroring, redundancy, fault tolerance, and application requirements.
Project reference: 76 · permanent link - 76
NT SECURITY
Student name not recorded
Surveys Windows NT security, including identification, authentication, account controls, security objects, access-control lists, domains, and encryption.
Project reference: 77 · permanent link - 77
Active Directory in Windows 2000
Student: Fuhu Xia
Explains Active Directory in Windows 2000, covering directory architecture, resource administration, organizational benefits, and the Windows 2000 product family.
Project reference: 78 · permanent link - 78
Security
Student: Qing Ma
Reviews security goals, assets and threats, password protection, encryption, and network security as parts of computer protection.
Project reference: 79 · permanent link - 79
Network Security
Student: Jiuqin Wang
Examines network and operating-system security at physical and human levels, including protections and limitations in Windows NT environments.
Project reference: 80 · permanent link - 80
New Kids on the Block: Linux
Student: Wei Gu
Introduces Linux history, distributions, hardware needs, features, usage, and its open development and distribution model.
Project reference: 81 · permanent link - 81
Introduction to Solaris System
Student: Jun Lai
Surveys Solaris architecture, multiprocessing, threading, networking, NFS, NIS+, distributed computing, and system protection.
Project reference: 82 · permanent link - 82
The Solaris Operating Systems
Student: Jiantang Zhang
Introduces Solaris and its SunOS and desktop components, operating-system layers, hardware management, and user interfaces.
Project reference: 83 · permanent link - 83
Distributed Computing Environment
Student name not recorded
Introduces the Distributed Computing Environment (DCE), its client/server architecture, common services, portability, and support for distributed applications.
Project reference: 84 · permanent link - 84
TCP/IP Suite
Student: Chandra Porchia
Surveys TCP/IP history and its main components, including Internet Protocol, Transmission Control Protocol, and User Datagram Protocol.
Project reference: 85 · permanent link - 85
Asymmetric Digital Subscriber Line (ADSL)
Student: Yanmei Tong
Explains ADSL broadband over existing telephone lines, its benefits, speed, operation, applications, and anticipated development.
Project reference: 86 · permanent link - 86
UNIX
Student: Jin Guo
Introduces UNIX history, distinctive features, architecture, applications, security, and its relationship to web services.
Project reference: 87 · permanent link - 87
A BRIEF INTRODUCTION TO UNIX OPERATING SYSTEM
Student: Huifeng Shao
Introduces UNIX operating-system functions, architecture, utilities, resource coordination, user interfaces, and security responsibilities.
Project reference: 88 · permanent link - 88
Overview on Web Caching
Student: Wei Wei
Explains web caching, how browser and proxy caches work, and their role in reducing response time and repeated network traffic.
Project reference: 89 · permanent link - 89
Windows CE 3.0
Student: Minh Dao
Surveys Windows CE 3.0 features, modularity, embedded and mobile-device uses, real-time support, and comparison with Palm devices.
Project reference: 90 · permanent link - 90
Windows 2000 Operating System
Student: Yuan Yao
Reviews Windows 2000 editions and upgrades, with emphasis on Active Directory and compatibility considerations for earlier Windows systems.
Project reference: 91 · permanent link - 91
NT vs. UNIX
Student name not recorded
Compares Windows NT and UNIX through UNIX history, platform features, operating-system differences, and contemporary professional viewpoints.
Project reference: 92 · permanent link - 92
UNIX---Operating System
Student: Ying Liu
Introduces UNIX history, variants, architecture, commands, files and directories, security, and applications.
Project reference: 93 · permanent link - 93
Server Operating System: Windows NT (Windows 2000) vs. Unix
Student: Zaiqun Pan
Compares Windows NT Server, Windows 2000, and UNIX as server platforms, reviewing features, performance examples, and Windows 2000 additions.
Project reference: 94 · permanent link - 94
The Windows NT 4.0 Environment
Student: Zhudan Zheng
Introduces the Windows NT 4.0 environment and architecture, contrasting Windows 95, NT Workstation, and NT Server capabilities.
Project reference: 95 · permanent link - 95
Air Defense System
Student: Liang-Chen Chang
Describes an air-defense computing system through its input sources, processing components, operating strings, and display and communication outputs.
Project reference: 96 · permanent link - 96
E-commerce
Student: Sophon Thanasrivilai
Outlines the components needed to establish an e-commerce service, including merchant accounts, hosting, digital certificates, transactions, and shopping-cart software.
Project reference: 101 · permanent link - 97
Windows 2000 Active Directory Service
Student: Yongquan Cai
Introduces Windows 2000 Active Directory, directory-service concepts, resource information, administration, and organizational benefits.
Project reference: 102 · permanent link - 98
X Window
Student: JianJing Cao
Explains the X Window System's client/server model, network transparency, portability, operation, and security in UNIX environments.
Project reference: 103 · permanent link - 99
Windows 95/98 Installation and Configuration
Student: Hua Wei
Reviews Windows 95/98 versions, installation preparation, disk partitioning and formatting, and hardware configuration.
Project reference: 104 · permanent link - 100
Linux Kernel—File Systems
Student: Peijun Li
Traces Linux file-system development from Minix through extended file systems and explains the role of virtual-file-system support.
Project reference: 105 · permanent link - 101
Cryptography and PKI
Student: Xiaoping Yu
Explains symmetric and public-key cryptography, hashes, digital signatures, certificates, and the components and lifecycle of a public-key infrastructure.
Project reference: 106 · permanent link - 102
Distributed Operating System
Student: Jun Wan
Introduces distributed operating systems and compares them with centralized systems, emphasizing resource sharing, concurrency, scalability, transparency, and fault tolerance.
Project reference: 107 · permanent link - 103
Wide-Area Network
Student: Li, Sheng
Explores WAN connection and encapsulation choices, then explains Frame Relay and permanent virtual-circuit connections.
Project reference: 108 · permanent link - 104
HTTP Extension Framework
Student: Qin Zhao
Introduces the HTTP Extension Framework, including extension declarations, header-field prefixes, extension types, and publication and use.
Project reference: 109 · permanent link - 105
Introduction to UNIX System
Student: Yonghong Pan
Introduces UNIX as an operating system, explaining its kernel, shell, file system, and role in managing hardware and applications.
Project reference: 110 · permanent link - 106
Linux
Student: Jun Li
Reviews Linux origins, technical strengths and limitations, open development, and alternatives to proprietary operating systems.
Project reference: 111 · permanent link - 107
Windows NT
Student: Yifan Yang
Explains Windows NT design and architecture, including operating-system models, robustness, extensibility, maintainability, and exception handling.
Project reference: 112 · permanent link - 108
Windows® 2000
Student: Qin Liu
Surveys Windows 2000 architecture, kernel, Active Directory, virtual memory, networking, and its goals as a business operating system.
Project reference: 113 · permanent link - 109
Virtual Private Networking
Student: Karlene R. Samuels
Explains VPN concepts, business reasons for deployment, remote access, security, implementation, and practical deployment challenges.
Project reference: 114 · permanent link - 110
E-Commerce Security
Student: Xiaoli Li
Examines e-commerce security, especially protection of sensitive information on web-store servers and the limitations of focusing only on transmission security.
Project reference: 115 · permanent link - 111
Windows 2000 Security -Kerberos
Student: Sihua Xu
Explains authentication, authorization, Kerberos fundamentals, and the implementation and benefits of Kerberos in Windows 2000.
Project reference: 116 · permanent link - 112
Internet Firewall Security
Student: Ying Fu
Explains packet-filtering, application-level, hybrid, and stateful firewalls, including their benefits, limitations, and deployment examples.
Project reference: 117 · permanent link - 113
Active Directory
Student: Liming Liao
Explores Active Directory as a directory-service and integration platform, covering distributed resources, access, administration, policy, and search.
Project reference: 118 · permanent link - 114
Linux File Management Systems
Student: Bo Ling
Introduces Linux file management, file-system architecture, the history of Linux file systems, and supported local and network file-system types.
Project reference: 119 · permanent link - 115
File Systems— NTFS versus Ext2FS
Student: Yingfei Wang
Compares NTFS and Ext2FS structures, storage organization, access control, allocation, and file-management functions.
Presentation: Yingfei Wang. The linked paper carries the byline Hong Zhao; the two files have different credits.
Project reference: 120 · permanent link - 116
Threading Models in Visual Basic
Student: Danyu Xu
Explains processes and threads, in-process and out-of-process execution, threading benefits, and Visual Basic threading models.
Project reference: 121 · permanent link - 117
Java Threads
Student: Lilin Zhong
Introduces Java thread creation, execution, sleeping, interruption, synchronization, signaling, deadlocks, scheduling, and termination.
Project reference: 122 · permanent link - 118
Storage Area Network (SAN)
Student: Jie Feng
Introduces storage area networks through storage architecture, data sharing, scalability, availability, performance, and management needs.
Project reference: 123 · permanent link - 119
Firewall in general use
Student: Fei Wang
Explains firewall categories, packet filtering, circuit and application gateways, stateful inspection, and policy decisions for network protection.
Project reference: 124 · permanent link - 120
UNIX
Student: Yan Feng
Introduces UNIX history, characteristics, organization, and network-security architecture, with discussion of protecting a UNIX network.
Project reference: 125 · permanent link - 121
Operating Systems Selection
Student: Paul Kinyungu
Discusses operating-system selection in organizational terms, including workload, integration, features, performance, vendor support, security, resources, and cost.
Project reference: 126 · permanent link - 122
Voice over Packet Services
Student: Huaining Deng
Explores voice over packet networks, including VoIP benefits, network elements, signaling, cost, and voice-quality considerations.
Project reference: 127 · permanent link - 123
Overview Of Enterprise Java Bean (EJB)
Student: Mei Li
Introduces Enterprise JavaBeans as a server-side component architecture, emphasizing reusable business logic, portability, middleware services, and enterprise applications.
Project reference: 128 · permanent link - 124
Virtual Private Network
Student: Yanhong Huang
Explains VPN connections, tunneling, authentication, cryptography, and the role of IPsec in protecting remote access over public networks.
Project reference: 2.1 · permanent link - 125
NETWORK CACHING TECHNOLOGY
Student: Kiew-Hong Chua (Francis)
Explores network caching as a response to repeated web traffic, including shared caches and Cisco network-based caching approaches.
The presentation also uses the name Francis.
Project reference: 2.2 · permanent link - 126
Threads in the Java Programming Language
Student: Jingdi Wang
Introduces Java multithreading, thread creation through Thread and Runnable, concurrent execution, and the lifecycle of threads.
Project reference: 2.3 · permanent link - 127
General Concerns on WWW
Student: Huaying Chen
Examines web-server, browser, and interception risks, comparing server platforms and discussing firewalls and access restrictions.
Project reference: 2.4 · permanent link - 128
Internet data security
Student: Ruiwu Chen
Explains HTTPS and historical SSL-based web security, including encryption, certificates, and protecting information exchanged with websites.
Project reference: 2.5 · permanent link - 129
OSI vs TCP/IP
Student: Jianghong Che
Compares OSI and TCP/IP reference models, their layered structures, similarities, differences, and approaches to networking standards.
Project reference: 2.6 · permanent link - 130
OSI vs. TCP/IP
Student: Chang-Kui Ding
Compares the protocol layers and architecture of the OSI and TCP/IP models, explaining how their functions correspond.
Project reference: 2.7 · permanent link - 131
UNIX & file system
Student: Deyong Xu
Introduces UNIX and its file system, explaining file types, hierarchy, common commands, and everyday use of UNIX tools.
Project reference: 2.8 · permanent link - 132
Home Networking
Student: Veragrich Triyavatunyu
Reviews home networking and the sharing of computing resources and Internet access within a household.
Project reference: 2.9 · permanent link - 133
THE OSI MODEL
Student: Kudirat Fawehinmi
Explains the OSI reference model, the functions of its seven layers, and how those layers interact during network communication.
Project reference: 3.1 · permanent link - 134
NT Security Overview
Student: Michael A. Lucas
Reviews Windows NT security architecture and protections, framing the platform's evolution and its server and workstation roles.
Project reference: 3.2 · permanent link - 135
Next-Generation Internet
Student name not recorded
Examines requirements, advanced applications, and architectural ideas for a next-generation Internet and digital communications infrastructure.
Project reference: 3.3 · permanent link - 136
Java Thread and Memory Model
Student: Xijun Zhang
Explains Java threads and the memory model, distinguishing processes from threads and discussing execution, shared resources, and concurrency.
Project reference: 3.4 · permanent link - 137
Unix File System
Student: Qing Yang
Explains UNIX file-system structure, including boot blocks, superblocks, inodes, data blocks, and access permissions.
Project reference: 3.5 · permanent link - 138
OverView of Scheduling
Student: Xiuxian Chen
Reviews CPU and process scheduling, including scheduling levels, criteria, algorithms, and their role in keeping processors productive.
Project reference: 3.6 · permanent link - 139
Network Security
Student: Jianping He
Explores network-security challenges and the use of encryption, passwords, and digital signatures to protect information.
Project reference: 3.7 · permanent link - 140
Firewall in Internet Security
Student: Jinqi Zhang
Introduces Internet security and firewalls, explaining how firewalls work and the trade-offs involved in designing and deploying them.
Project reference: 3.8 · permanent link - 141
TCP/ IP Trouble-Shooting
Student: Ming Wei
Explains TCP/IP troubleshooting, including configuration, addressing, subnetting, name resolution, and diagnostic tools such as ping.
Project reference: 3.9 · permanent link - 142
Integrating Windows NT
Student: Weili Dai
Explores Windows NT Server interoperability with NetWare, UNIX, IBM, and Macintosh environments, including shared files and administration.
Project reference: 4.1 · permanent link - 143
Linux Kernel introduction
Student: Xiaoping Yang
Introduces Linux kernel internals, including resource management, processes, tasks, scheduling, interrupts, and system calls.
Project reference: 4.2 · permanent link - 144
Real-Time Scheduling
Student: Xiaoping He
Surveys real-time scheduling in single- and multiprocessor systems, including shared resources, overloads, and timing-related scheduling problems.
Project reference: 4.3 · permanent link - 145
Java Virtual Machine
Student: Wei Liu
Explains the Java Virtual Machine, portability, its principal components, execution, performance, and just-in-time compilation.
The archived paper link said “Weir Liu”; both the paper and presentation identify the student as Wei Liu.
Project reference: 4.4 · permanent link - 146
Virtual Memory
Student: Yan Wang
Explains virtual memory, static and dynamic allocation, logical memory, mapping, page tables, and replacement policies.
Project reference: 4.5 · permanent link - 147
WWW Security
Student: Degui Cao
Reviews web security risks in UNIX and Windows NT servers, CGI, Java, and JavaScript, along with file administration and firewall defenses.
Project reference: 4.6 · permanent link - 148
Next-Generation Internet
Student: Yitao Yang
Explores next-generation Internet requirements, advanced applications, and architectural frameworks for emerging digital communications services.
Project reference: 4.7 · permanent link - 149
Internet Security
Student: Yong Cao
Surveys Internet threats, integrated security, and transaction protections such as confidentiality, integrity, authentication, and nonrepudiation.
Project reference: 4.8 · permanent link - 150
Active Directory Service
Student: Li Yang
Explains Active Directory's role in Windows 2000, including directory information, distributed resource relationships, and centralized administration.
Project reference: 4.9 · permanent link - 151
Virtual Private Network (VPN)
Student: Xinguang Wang
Introduces VPN technologies, products, benefits, and limitations, contrasting public and private networks and their security needs.
Project reference: 5.1 · permanent link - 152
Network File System (NFS)
Student: Yuan Ma
Introduces IBM AIX and examines Network File System services, support, and enterprise file sharing within the AIX environment.
Project reference: 5.2 · permanent link - 153
Home Networking
Student: Xiaoyuan Sun
Reviews home networking technologies, from Ethernet to wireless options, and considerations when choosing a home-network operating system.
Project reference: 5.3 · permanent link - 154
Multithreading in Java
Student: Wei Li
Explains Java multithreading, processes, concurrent execution, and Java's built-in support for multiple execution paths.
Project reference: 5.4 · permanent link - 155
Internet Security
Student: Yungeng Qi
Examines Internet-security weaknesses affecting historical Windows environments and introduces the risks of connecting personal computers to public networks.
Project reference: 5.5 · permanent link - 156
Right OS for Your Job
Student: Ke Huang
Explores how to choose an operating system for an organization's network, considering requirements, architecture, security, management, and business constraints.
Project reference: 5.6 · permanent link - 157
Linux
Student: Xia Li
Explains Linux as a product of Internet collaboration, reviewing its UNIX heritage, open development, and operating-system features.
Project reference: 5.7 · permanent link - 158
TCP/IP
Students: Zakiuddin Munis & Shamima binte Alam
Introduces TCP/IP, its origins, and its role in Internet communication. The associated cover document identifies two project contributors.
The original index credited Zakiuddin Munis. The linked cover sheet lists Zakiuddin Munis and Shamima binte Alam.
Project reference: 5.8 · permanent link - 159
E-commerce
Student: Shun Y Zhang
Explores Windows 2000 Advanced Server for e-commerce, including COM+, public-key infrastructure, clustering, load balancing, and enterprise readiness.
Project reference: 5.9 · permanent link - 160
Digital Signature
Student: Xin Wen
Explains digital signatures, public-key cryptography, authentication, and the components and operation of public-key infrastructure.
Project reference: 6.1 · permanent link