Networking References

Visit the main collection of educational materials, articles, and professional resources. Use this as the starting point for exploring the wider Anvari.net archive.

Browse the operating-systems teaching page and its supporting resources. The collection provides a route into the study of system software and computer operation.

Explore lecture series and supporting presentations on cryptography, authentication, secure protocols, firewalls, and intrusion detection. Use the course page to navigate the security materials by topic.

Browse materials on SNMPv3, management information bases, monitoring, MPLS, and quality of service. The course collection brings together chapter presentations, syllabi, and advanced tutorials.

Course outline covering processors, memory, storage, input/output, operating-system components, and performance. Although the filename refers to Summer 2004, the document itself specifies Winter 2007.

Graduate course outline on operating-system internals and design, process management, synchronization, memory, file systems, and security. The document specifies Spring 2007 and uses operating-system case studies to connect theory with implementation.

Browse presentations on protocols, high-speed LANs, congestion control, routing, and quality of service. The page also provides supporting textbook and author references.

Open the project-management resource page for related teaching materials. Use it to explore planning and managing projects alongside the technical course collections.

Explore foundational networking presentations, lecture notes, syllabi, and supporting references. The collection includes both a data-communications chapter series and CIS175 materials.

Follow a top-down design approach from business needs and technical goals through topology, testing, optimization, and documentation. Includes chapter presentations, a syllabus, and supporting topics.

Course outline on router setup, interfaces, IP addressing, routing protocols, troubleshooting, and network management. The syllabus connects networking theory with practical configuration work.

Read the course outline and requirements for Advanced Network Security. Use the document alongside the security lectures and reference presentations in this directory.

Student presentation introducing network security, attack types, encryption, and digital signatures. It explains how encryption contributes to protecting communications and business networks.

Presentation on data-warehousing concepts, data access, enterprise knowledge architecture, and data collection and delivery. The descriptive title replaces the abbreviated filename DW.PPT.

Student presentation on JuxtaNet as an open, general-purpose peer-to-peer network. Topics include JXTA, the JXTA shell, Java bindings, XML, and file-sharing applications.

Browse the original networking-project index and its linked student work. This page provides another entry point into the historical papers and presentations.

Student paper comparing the Internet and Usenet. Read it as a historical reference on the relationship between general Internet services and distributed discussion systems.

Lecture presentation continuing Internet technology and introducing client-side web topics. Covers connectivity, SMTP and POP e-mail, FTP, and HTML.

Historical paper on the Multicast Backbone and Internet multicast networking. It provides background for studying delivery of the same content to multiple recipients.

Student presentation on establishing an e-commerce service. Covers hosting, digital certificates, merchant accounts, online transactions, and shopping-cart software in their historical context.

Student paper examining peer-to-peer networking in a business setting. Use it as a historical companion to the peer-to-peer presentations in this collection.

Paper on using NetViz to provide insight into corporate information. Pair this written version with the presentation on the same subject listed elsewhere in the directory.

Student paper on the development and growth of electronic mail. It offers historical context for e-mail as a network communication service.

Opening lecture on Internet history, protocols, and networking principles. Introduces TCP/IP and the course’s Internet and intranet technology themes.

Presentation connecting security policy with cryptography, authentication, and protection at different protocol layers. Covers application, transport, network, and link-layer security considerations.

Word document containing supporting notes for the introductory networking course. Use it alongside the CIS175 chapter presentations for written study and review.

Lecture on threats to web confidentiality, integrity, authentication, and availability. Introduces the need for security mechanisms within the web communication stack.

Student paper on wireless networking. Use it as a written companion to the wireless LAN and wireless-security presentations in this directory.

Presentation on recognizing or verifying identity through measurable human characteristics. Compares physiological and behavioral biometrics with password- and token-based authentication.

Lecture introducing alternative protocol architectures, including Novell IPX/SPX. Contrasting these designs with TCP/IP helps explain different networking approaches and their historical development.

Historical student paper on Windows NT server and workstation systems. It provides a written reference for studying older Microsoft operating-system environments.

Presentation on identifying organizational data and displaying corporate information through NetViz. Emphasizes information sharing and the analysis of data for visualization.

Lecture comparing flat, mesh, and hierarchical network topologies. Introduces the core, distribution, and access layers used in hierarchical network design.

Student presentation on broadband access and alternatives such as cable modems, DSL, T1, ISDN, and satellite. Discusses high-speed access in comparison with dial-up connections.

Lecture on identity technologies, authentication protocols, and security across TCP/IP layers. Includes one-time passwords, tokens, PPP, TACACS+, RADIUS, and Kerberos.

Presentation explaining directory services and their role in locating, managing, and securing network resources. Discusses how directories can simplify administration and support interoperability.

Student presentation on wireless LAN applications, benefits, hardware, and standards. Focuses on wireless connectivity for small-office and home-office environments.

Presentation comparing two broadband access approaches. Introduces DSL and cable modems before examining their differences and practical tradeoffs.

Presentation on the infrastructure behind e-commerce systems. Covers hardware, backup systems, network interfaces, firewalls, networking, and cryptography.

Student operating-systems presentation introducing Windows 2000. Examines the system as a case study for understanding modern operating-system concepts in its original period.

Presentation explaining Mobile IP, why it is used, and how mobile connectivity works. Despite the InternetFirewalls filename, the actual presentation covers mobile networking and care-of addresses.

Student presentation defining firewalls and illustrating their place in a network. Introduces firewall types as mechanisms for controlling access and protecting network resources.

Student presentation introducing wired and wireless LANs and their historical development. Places local networking in the broader context of Internet ideas and organizations.

Web-development tutorial on document links, element identifiers, anchors, and website structures. Explains absolute and relative paths and links within and between documents.

Word document containing course homework material. Use it as an assignment and review companion to the COSC541 networking presentations.

Student paper on Internet Protocol version 6. Provides a written companion for studying IPv6 alongside the related networking presentations.

Presentation introducing a top-down approach to network design. Uses a university network example to connect requirements, OSI layers, organizational factors, and technical decisions.

Written tutorial for studying HTML. Use it alongside the web-development slide presentations for an additional reference on creating web pages.

Presentation on documenting requirements, network diagrams, devices, configurations, and protocols. Includes design documents and responses to requests for proposals.

Open the main index to the historical student-project collection. Use it to move between subject-specific paper and presentation archives.

Browse the original operating-systems project index. The page links student work examining operating-system concepts and specific system environments.

Student paper on wireless communication technologies. Use it as a historical written reference alongside the wireless networking resources in this collection.

Lecture on building secure protocols from cryptographic mechanisms. Covers entity authentication, key distribution, trusted third parties, and Kerberos.

Browse the historical security-project index. This page provides access to student papers and presentations on network and information security subjects.

Lecture linking network fundamentals with operating-system services. Introduces communication paths, protocol standards, packetization, and packet headers.

Continuation of the lecture on network interfaces and connectivity devices. Reviews hardware concepts and the role of devices and management information in network operation.

Lecture on improving bandwidth use and meeting quality-of-service requirements. Includes IP multicast techniques for multimedia, conferencing, and other demanding applications.

Continuation of the TCP/IP material, including IP addressing, subnetting, gateways, ports, and domains. Explains how these concepts support reliable communication between hosts and applications.

Systems-analysis lecture on source documents, data entry, automatic collection, and input screens. Covers human factors, GUI controls, and internal controls for computer input.

Lecture on networking performance and the pressures created by growing traffic and application demands. Discusses high-speed LAN needs and the limitations of older network capacities.

Student paper on SNMP and its role in network management. Provides a written reference alongside the management and monitoring presentations.

Lecture on modeling system locations, location types, and connections. Uses location decomposition and connectivity diagrams to document the geography and data flows of information systems.

Business Data Communications lecture on Internet history, addressing, subnetting, DNS, and services. Also introduces traffic characteristics and quality-of-service considerations.

Lecture on LAN and WAN security risks, physical protection, and hardware- and software-based safeguards. Covers network operating-system security and the elements of a security policy.

Student presentation on Internet Protocol version 6. Use it alongside the written IPv6 paper and other network-layer resources in this directory.

Student paper on network security. Provides a written study resource to complement the lecture presentations and other security projects.

Lecture on the physical channels that carry information. Examines electrical, digital, optical, and radio signals and the conversion between different channel forms.

Lecture on design proposals, customer requirements, and implementation documentation. Explains the contents of a network design document and how to respond to a request for proposals.

Comparative lecture on Windows 2000/XP, UNIX and Linux, and IBM zSeries z/OS. Examines operating-system goals, features, architecture, and user environments.

Lecture on connecting sites over geographic distances. Introduces long-distance links, leased circuits, packet switches, IP routers, and ATM switches.

Historical lecture on Novell NetWare as a network operating system. Covers hardware requirements, memory and directory structures, file systems, installation, and interoperability.

Presentation on phased migration from Frame Relay and ATM services to IP/MPLS networks. Examines service continuity, quality of service, operational processes, and interworking requirements.

Systems-analysis lecture on collecting information through research, interviews, questionnaires, sampling, and other techniques. Covers fact-finding strategies, documentation, and ethical responsibilities.

Presentation on moving legacy networks toward intelligent optical networking and GMPLS. Covers coordinated control, automated transport provisioning, and the changing role of network management.

Lecture on network interface cards and LAN connectivity hardware. Covers installation and selection of NICs, repeaters, hubs, bridges, switches, routers, and gateways.

Student presentation tracing Internet development from packet-switching research and ARPANET. Discusses technological evolution, operations, the user community, and commercialization.

Lecture comparing LANs and WANs and introducing WAN links, media, topologies, and transmission methods. Includes remote connectivity for users outside the local network.

Lecture on application-to-application communication and end-to-end transport services. Introduces extended addressing, reliability, flow control, and congestion control.

Web-development lecture comparing GIF, JPEG, and PNG image formats. Explains image elements, attributes, hexadecimal color values, and effective use of graphics on web pages.

Business Data Communications lecture comparing LANs, WANs, and MANs. Examines differences in ownership, capacity, geographic coverage, and networking options.

Lecture on assessing the network already in place before proposing a design. Covers network maps, devices, segments, addressing, cabling, performance, and environmental constraints.

Student presentation introducing Windows XP and its place in the Windows family. Discusses the system’s historical features, including security, manageability, reliability, and the user interface.

Lecture on scalability, availability, performance, security, usability, and affordability. Explains how to analyze tradeoffs and plan for growth in network design.

Lecture on WAN technologies, including Frame Relay architecture and data-link operation. Explains how WAN approaches reduce overhead and support communication between sites.

Business Data Communications lecture comparing centralized and distributed processing. Discusses organizational flexibility, redundancy, autonomy, economies of scale, and control.

Student paper on approaches to protecting wireless networks. Provides a written companion to the wireless LAN and authentication resources in the collection.

Lecture introducing networking concepts, terminology, and technologies. Explains why organizations build networks for information access, resource sharing, and communication.

Lecture on wireless LAN applications, technologies, and IEEE 802.11 architecture. Includes LAN extension, building interconnection, and Wi-Fi security.

Opening lecture on top-down network design and customer requirements. Connects business needs with availability, scalability, affordability, security, and manageability goals.

Lecture on connecting different network technologies into a larger internetwork. Introduces addressing, heterogeneous networks, and packet delivery between hosts and autonomous domains.

Lecture on the need for high-speed LANs as applications and traffic demands grow. Discusses client/server computing, server farms, workgroups, and intranetwork traffic.

Historical product presentation on monitoring network status and identifying problems. Includes network layout, management features, and the requirements of the version studied.

Business Data Communications lecture on WAN requirements and alternatives. Relates distributed processing needs to available wide-area technologies and services.

Lecture introducing clients, servers, middleware, APIs, relational databases, and SQL. Explores the organization of client/server applications and the roles of their components.

Lecture on baseline analysis, asset management, routine maintenance, and network upgrades. Discusses planning hardware and software changes and avoiding problems during implementation.

Lecture on PC networks, client/server and peer-to-peer communication, and shared network resources. Includes backend and storage-area networks with different performance and cost requirements.

Presentation on identity verification and identification through biometric methods. Reviews applications, the state of biometric technology at the time, and limitations of the approaches discussed.

Lecture on project goals, scope, schedules, work breakdown structures, Gantt charts, and PERT charts. Distinguishes project management from process management and introduces project modeling tools.