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Mastering Internetworking Protocols: A Comprehensive Guide

This course provides an in-depth exploration of internetworking protocols, including Ethernet, ARP, TCP, UDP, routing algorithms, and network attacks. Learn the fundamentals of networking with hands-on assignments and real-world applications.

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Mastering Internetworking Protocols: A Comprehensive Guide

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  1. CS 494/594Internetworking Protocols Introduction

  2. Agenda • Course objectives • Syllabus • Assignments • Chapter 1 Introduction

  3. My networking interests • Networking geek • Congestion control on the Internet (Chapter 3) • Puzzle protocols for thwarting denial-of-service attacks • Protocols for detecting and preventing cheating in on-line games Introduction

  4. Syllabus • Same as course web page • http://thefengs.com/wuchang/work/courses/cs594 • Instructor information and office hours listed • TA: to be determined • Will be updated on web site • Accounts • If you don’t have one, get one remotely or in person from CAT (http://cat.pdx.edu) • Class e-mail/group • pdx-cs594@yahoogroups.com • http://groups.yahoo.com/group/pdx-cs594 Introduction

  5. Syllabus • Textbook • James Kurose, Keith Ross, “Computer Networking: A Top-Down Approach (4th ed)” • Contains on-line material that will also be made available (for those with used texts) Introduction

  6. Course objectives Explain fundamental ideas associated with Ethernet and the PPP point-to-point protocols. For Ethernet, explain CSMA/CD and MAC addresses Explain the fundamental concepts associated with modern Ethernet switches, including full-duplex and collision-free networks, VLANs, spanning-trees, and adaptive-learning. Explain how ARP works in IPv4 and explain how broadcast can be used for link reachability Setup a host and network in terms of IP addressing Explain how traceroute and ping work as well as other ICMP mechanisms. Work with IPv4 addresses in terms of subnetting, VLSM, and supernetting. Explain the basic ideas behind sliding window protocols in general and TCP in particular Compare and contrast TCP and UDP in terms of the applications that use them. Compare and constrast distance-vector and link-state routing algorithms Explain how application-layer protocols work including HTTP, FTP, SMTP, DNS, and TELNET. Describe how layer 3 and layer 7 network devices operate Explain network attacks based on arp-spoofing, and IP address spoofing. Explain techniques involved in the Morris worm, and other network-based attacks. Program network-based applications using the socket mechanism. Syllabus Introduction

  7. Syllabus • Course outline • First five chapters of textbook along with supplemental material from instructor • Chapter 1 – Internet Overview • Chapter 2 – Application layer • Chapter 3 – Transport layer • Chapter 4 – Network layer • Chapter 5 – Data-link layer Introduction

  8. Syllabus • Homeworks • Assignments and their due dates posted on course web site • Assignments due at the beginning of class on due date • Late policy • 10% each business day late (up to 5 days) • Programming project • Your choice • Web-based proof-of-work • Networked game Introduction

  9. Evaluation • Midterm exam = 35% • Final exam = 35% • Homework = 10% • Programming project = 20% Introduction

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