John M. Cioffi

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• Course Info
• Class Reader
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• Homework
• Software

Spring Quarter 2005-2006

EE 379B - Digital Communication II: Coding

The reader is in PDF. To view the PDF file, you need Adobe Acrobat.

• Chapter 3 - Equalization
• Chapter 8 - Coding and Multi-User
• Chapter 9 - Decoding Algorithms
• Chapter 10 - Channel Coding
• Chapter 11 - Code Concatenation and Advanced Codes
• John Fan's tutorial on the message-passing algorithm and LDPC codes: last modified 05/15/01

LDPC Codes:

• John Fan's lectures on LDPC codes:
  • Lecture 1
  • Lecture 2
• IBM papers on LDPC codes:
  • LDPC coded modulation
  • LDPC coded modulation under coding latency constraints
  • High-rate binary LDPC codes for ADSL
  • Multilevel coding based on binary LDPC codes
• UC Davis papers on LDPC codes:
  • LDPC based on Finite Geometries
  • LDPC based on Reed Solomn Codes
• LDPC codes applications:
  • LDPC evaluation on 10GBT
  • 800 Mbaud PHY for 10GBT

Turbo Codes:

• DLM Paper
• 3GPP2/3GPP Coding - Turbo code and Turbo Interleaver Summary by Jungsub Byun
• AT&T papers on Turbo codes:
  • Encoder structure
  • Decoder structure
  • Interleaver design
• Low complexity interleaving:
  • Low Memory Interleaver banks for Turbo Codes
  • Hardware efficient interleaver for 3G Turbo decoding
  • Interleaver design for VDSL2 by Ciena Corp
• PCCC and TTCM:
  • Parallel concatenated convolutional codes (PCCC)
  • Turbo trellis coded modulation for VDSL2 (TTCM) by Conexant Systems
• JPL’s paper on Turbo codes:
  • Turbo codes and deep space communication 1
  • Turbo codes and deep space communication 2
  • On the design of Turbo Codes

Please send any typos or suggestions about the course reader to mmalkin@stanford.edu