ECSE-4670: Computer Communications Networks. Fall 2001.

Topics:

• Textbook Online and Lectures
• Homeworks
• Labs
• Readings/References/Notes
• Informal Quizzes
• Quizzes (Exams) and Solutions
• Previous Offerings
• Video Lectures |
• Prof. Shiv Kalyanaraman's Video Lectures on Networking (All Networking Courses)

• Textbook Online (Kurose/Ross)
• WebCT Info Page
• WebCT Course Listing
• CCN Fall 2001 Syllabus
  In PDF | In MS Word | In HTML |
• CCN Fall 2001 Schedule/Calendar (UPDATED)
  In PDF | In MS Word | In HTML
• TAPE DELAY SCHEDULE DATES
  In PDF | In MS Word | In HTML
• Slide Set 1 (Introduction):
  In PDF | In PDF (6 per-page) | In Powerpoint
• Slide Set 2 (Application Layer):
  In PDF | In PDF (6 per-page) | In Powerpoint
• Slide Set 3 (Transport Layer, Part I):
  In PDF | In PDF (6 per-page) | In Powerpoint
• Slide Set 4 (Transport Layer, Part II (TCP)):
  In PDF | In PDF (6 per-page) | In Powerpoint
• Slide Set 5a (Network Layer: Internetworking, IP):
  In PDF | In PDF (6 per-page) | In Powerpoint
• Slide Set 5b (Network Layer: Routing):
  In PDF | In PDF (6 per-page) | In Powerpoint
• Slide Set 6a (Modeling: Probability):
  In PDF | In PDF (6 per-page) | In Powerpoint
• Slide Set 6b (Modeling: Inside a Router):
  In PDF | In PDF (6 per-page) | In Powerpoint
• Slide Set 7a (Data Link Layer):
  In PDF | In PDF (6 per-page) | In Powerpoint
• Slide Set 7b (Data Link Layer: II):
  In PDF | In PDF (6 per-page) | In Powerpoint
• Slide Set 7c (Data Link Layer: III):
  In PDF| In PDF (6 per-page) | In Powerpoint

Online Video Lectures

• Lecture 1 (Introduction)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 2 (Introduction)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 3 (Application Layer)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 4 (Application Layer)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 5 (Application Layer)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 6 (Transport Layer, Part I)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 7 (Transport Layer, Part I)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 8 (Transport Layer, Part I)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 9 (Transport Layer, Part II (TCP))
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 10 (Transport Layer, Part II (TCP))
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 11 (Transport Layer, Part II (TCP))
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 12 (Network Layer: Internetworking, IP)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 13 (Network Layer: Internetworking, IP)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 14 (Network Layer: Internetworking, IP)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 15 (Network Layer: Routing)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 16 (Network Layer: Routing)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 17 (Modeling: Probability)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 18 (Modeling: Probability)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 19 (Modeling: Inside a Router)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 20 (Modeling: Inside a Router)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 21 (Data Link Layer)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 22 (Data Link Layer)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 23 (Data Link Layer:II)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 24 (Data Link Layer: II)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 25 (Data Link Layer: III)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)
• Lecture 26 (Data Link Layer: III)
  HIGH Bandwidth(LAN/Cable/DSL) | LOW Bandwidth(56K Modem)

• Homework 1:
  In PDF | In Postscript (PS) | (SOLUTIONS) In PDF | (SOLUTIONS) In Postscript (PS)
• Homework 2:
  In PDF | In Postscript (PS) | (SOLUTIONS) In PDF | (SOLUTIONS) In Postscript (PS)
• Homework 3:
  In PDF | In Postscript (PS) | (SOLUTIONS) In PDF | (SOLUTIONS) In MS Word (.doc)
• Homework 4:
  In PDF | In Postscript (PS) | (SOLUTIONS) In PDF | (SOLUTIONS) In MS Word (.doc)
• Homework 5:
  In PDF | In Postscript (PS) | (SOLUTIONS) In PDF | (SOLUTIONS) In Postscript (PS)
• Homework 6:
  In PDF | In Postscript (PS) (SOLUTIONS) In PDF | (SOLUTIONS) In MS Word (doc)

• Laboratory 1: Alternating-Bit and Go-Back-N Protocols:
  In PDF | In Postscript (PS) | prog2.c | FAQ
• Laboratory 2: Routing Protocol:
  In PDF | In MS Word (doc) | prog3.c | node0.c | node1.c | node2.c | node3.c | FAQ

• P. Baran, "On Distributed Communication Networks," 1964.
• Reading: Clark: "The Design Philosophy of the DARPA Internet Protocols":
• Reading: Cerf, Kahn: "A Protocol for Packet Network Intercommunication"
• Reading: Saltzer, Reed, Clark: "End-to-End arguments in System Design"
• Reading: RFC 1034: Domain Name System: Concepts: In HTML
• Reference: Mockapetris and Dunlap, "Development of the Domain Name System"
• Reading: Jacobson: "Congestion Avoidance and Control" :
• Reading: Chiu/Jain: "Analysis of Increase/Decrease Algorithms for Congestion Avoidance..":
• Reading: Bansal/Balakrishnan: "Binomial Congestion Control Algorithms":
• Reading: Mogul etal: "Fragmentation Considered Harmful"
• Extra Notes for Protocol Design, E2e Principle, IP and Routing:
  In PDF | In MS Word (.doc) |

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• Addressing 101: Notes on Addressing: In PDF | In MS Word
• Routing 101: Notes on Routing: In PDF | In MS Word
• Reference: S. Shenker: "Fundamental Design Issues for the Future Internet"
• Reference: D. Clark and D. Tennenhouse: "Architectural Consideration for a New Generation of Protocols"

• Informal Quiz 1
  In PPT | (Solutions) In PPT | (Solutions) In PDF
• Probability Practice Problems:
  In PDF | In Postscript (PS) | (SOLUTIONS) In PDF | (SOLUTIONS) In Postscript (PS)
• Informal Quiz 2 (w/ solutions)
  In PPT | In PDF
• Question Set (Practice Problems for Final Exam):
  In PDF | In Postscript (PS) | (SOLUTIONS) In PDF | (SOLUTIONS) In Postscript (PS)
• Extra Notes for Protocol Design, E2e Principle, IP and Routing:
  In PDF | In MS Word (.doc) |
• List of Topics for Final Exam:
  In Text
• Informal Quiz 3 (w/ solutions)
  In PPT | In PDF

• Exam 1
  In PPT | (Solutions) In PPT | (Solutions) In PDF
• Exam 2
  (Solutions) In PPT | (Solutions) In PDF
• List of Topics for Final Exam:
  In Text