ldpc
2.1.0

Installation:

  • Setup

Classical Coding:

  • Binary Linear Codes
  • Belief propagation (BP) decoding

Quantum Coding:

  • Decoders for quantum error correction
  • Belief propagation + ordered statistics decoding (BP+OSD)
  • Belief propagation + localized statistics decoding (BP+LSD)
  • Belief-find

ldpc API:

  • Codes
  • Mod2 Linear Algebra
  • Code Util
  • BP Decoder
  • Belief Find Decoder
  • BP+OSD Decoder
  • BP+LSD Decoder
  • Union Find Decoder
  • Monte Carlo Simulation (Classical)
  • Sinter Decoders
  • Soft Information Minimum-Sum Decoder
ldpc
  • Welcome to LDPC’s documentation!
  • Edit on GitHub

Welcome to LDPC’s documentation!

Installation:

  • Setup

Classical Coding:

  • Binary Linear Codes
    • Computing code properties
    • Encoding data with the generator matrix
  • Belief propagation (BP) decoding
    • Received vector decoding
    • Syndrome decoding
    • Assymetric error channels
    • Example: error correction over the binary symmetric channel
    • Serial or Parallel Schedules
    • Monte-Carlo Simulation Class

Quantum Coding:

  • Decoders for quantum error correction
  • Belief propagation + ordered statistics decoding (BP+OSD)
  • Belief propagation + localized statistics decoding (BP+LSD)
  • Belief-find

ldpc API:

  • Codes
  • Mod2 Linear Algebra
  • Code Util
  • BP Decoder
  • Belief Find Decoder
  • BP+OSD Decoder
  • BP+LSD Decoder
  • Union Find Decoder
  • Monte Carlo Simulation (Classical)
  • Sinter Decoders
  • Soft Information Minimum-Sum Decoder

Indices and tables

  • Index

  • Module Index

  • Search Page

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© Copyright 2023, Joschka Roffe.

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