6.02
Fall 2014

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6.02 Handouts


Lectures The course notes ("text") are in three parts, reflecting the three themes in 6.02: bits, signals, and packets. Each part has multiple chapter. The table below specifies the relevant chapters and/or sections for each lecture. Please send any questions/comments/suggestions on the notes to hari.

  • Part 1: Bits: Chapters 1~8
  • Part 2: Signals: Chapters 9~14
  • Part 3: Packets: Chapters 16~19

    Lecture Slides Notes Quiz
    L01: Overview. Information & entropy Ch 1, 2, §3.1-3.2 Quiz 1
    L02: Compression: Huffman & LZW Ch 3
    L03: Errors, Hamming distance Ch 4 (skim thru §4.3.1),
    §5.1-5.3
    L04: Linear block codes Ch 5, §6.1
    L05: Hamming codes. Error correction §6.2-6.5 (Not §6.6)
    L06: Convolutional codes Ch 7
    L07: Viterbi decoding Ch 8
    L08: Noise Ch 9 Quiz 2
    L09: Bit detection in noise §10.1
    L10: Physical channel, LTI models of baseband channel Ch 10, §11.3
    L11: Step response, superposition, convolution Ch 11
    L12: Channel frequency response Ch 11 (§11.2)
    L13: Filtering Ch 12
    L14: Spectral content of signals Ch 13 (§13.1)
    L15: Modulation/demodulation Ch 14
    L16: Audiocom Ch 14
    L17: Frequency division multiplexing Ch 14
    L18: MAC protocols Ch 15 Quiz 3
    L19: Multi-hop networks, queues Ch 16
    L20: Routing protocols without failure Ch 17
    L21: Routing protocols with failure Ch 18
    L22: Reliable data transport Ch 19
    L23: Improving throughput with sliding windows Ch 19
    L24: A brief history of the Internet
    L25: Digital communciations end-to-end


  • Course notes by chapter
    1. Introduction
    2. Information, Entropy, and the Motivation for Source Codes | Solutions
    3. Compression Algorithms: Huffman and LZW | Solutions
    4. Digital Signaling and Communication Abstractions
    5. Coping with Bit Errors using Error Correction Codes | Solutions
    6. Linear Block Codes: Encoding and Syndrome Decoding
    7. Convolutional Codes: Construction and Encoding
    8. Viterbi Decoding of Convolutional Codes
    9. Noise | Solutions
    10. Models for Physical Communication Channels
    11. LTI Models and Convolution | Solutions
    12. Frequency Response of LTI Systems | Solutions
    13. Fourier Analysis and Spectral Representation of Signals | Solutions
    14. Modulation and Demodulation | Solutions
    15. Sharing a Channel: Media Access (MAC) Protocols | Solutions
    16. Communication Networks: Sharing and Switches | Solutions
    17. Network Routing - I: Without Any Failures | Solutions
    18. Network Routing - II: Routing Around Failures | Solutions
    19. Reliable Data Transport Protocols | Solutions

    Occasional notes from recitation sections The recitation instructors' personal notes are provided by them when and if they feel these may be helpful for a particular recitation, but please don't count on there being notes from each (or even any) instructor for each recitation. Also, each recitation instructor has considerable latitude in determining his teaching plan and choosing problems for discussion. Some of this material may be specific to a particular section, and such material will not be required for the quizzes or problem sets.


    Background and other readings The following material may be useful as background or augmentation. They are not required for the course per se.

    Quiz solutions