Information theory

•  Table of contents 724
  • 1. Data compression link split Information theory 162
    • 1.1. Archive formats link split Data compression
    • 1.2. Audio compression link split Data compression
    • 1.3. Codecs link split Data compression
    • 1.4. Compression file systems link split Data compression
    • 1.5. Data compression researchers link split Data compression
    • 1.6. Data compression software link split Data compression
    • 1.7. Video compression link split Data compression
    • 1.8. 842 (compression algorithm) link split Data compression
    • 1.9. A-law algorithm link split Data compression
    • 1.10. ARJ link split Data compression
    • 1.11. AZ64 link split Data compression
    • 1.12. Adaptive Huffman coding link split Data compression
    • 1.13. Adaptive compression link split Data compression
    • 1.14. Adaptive differential pulse-code modulation link split Data compression
    • 1.15. Adaptive scalable texture compression link split Data compression
    • 1.16. Algebraic code-excited linear prediction link split Data compression
    • 1.17. Algorithm BSTW link split Data compression
    • 1.18. Anamorphic stretch transform link split Data compression
    • 1.19. Arithmetic coding link split Data compression
    • 1.20. Artifact (error) link split Data compression
    • 1.21. Asymmetric numeral systems link split Data compression
    • 1.22. Audio codec link split Data compression
    • 1.23. Average bitrate link split Data compression
    • 1.24. BREACH link split Data compression
    • 1.25. Binary Ordered Compression for Unicode link split Data compression
    • 1.26. Bit rate link split Data compression
    • 1.27. Bitrate peeling link split Data compression
    • 1.28. Bitstream format link split Data compression
    • 1.29. Brotli link split Data compression
    • 1.30. Burrows–Wheeler transform link split Data compression
    • 1.31. Byte pair encoding link split Data compression
    • 1.32. CDR coding link split Data compression
    • 1.33. CRIME link split Data compression
    • 1.34. Calgary corpus link split Data compression
    • 1.35. Canonical Huffman code link split Data compression
    • 1.36. Canterbury corpus link split Data compression
    • 1.37. Chain code link split Data compression
    • 1.38. Chroma subsampling link split Data compression
    • 1.39. Code-excited linear prediction link split Data compression
    • 1.40. Coding tree unit link split Data compression
    • 1.41. Color space link split Data compression
    • 1.42. Companding link split Data compression
    • 1.43. Comparison of file archivers link split Data compression
    • 1.44. Comparison of video codecs link split Data compression
    • 1.45. Compressed data structure link split Data compression
    • 1.46. Compression artifact link split Data compression
    • 1.47. Constant bitrate link split Data compression
    • 1.48. Context-adaptive binary arithmetic coding link split Data compression
    • 1.49. Context mixing link split Data compression
    • 1.50. Context tree weighting link split Data compression
    • 1.51. Curve-fitting compaction link split Data compression
    • 1.52. Data compaction link split Data compression
    • 1.53. Data compression ratio link split Data compression
    • 1.54. Data compression symmetry link split Data compression
    • 1.55. Data deduplication link split Data compression
    • 1.56. Deblocking filter link split Data compression
    • 1.57. Deflate link split Data compression
    • 1.58. Delta encoding link split Data compression
    • 1.59. Dictionary coder link split Data compression
    • 1.60. Differential pulse-code modulation link split Data compression
    • 1.61. Display resolution link split Data compression
    • 1.62. DriveSpace link split Data compression
    • 1.63. Dyadic distribution link split Data compression
    • 1.64. Dynamic Markov compression link split Data compression
    • 1.65. Elias delta coding link split Data compression
    • 1.66. Elias gamma coding link split Data compression
    • 1.67. Elias omega coding link split Data compression
    • 1.68. Embedded Zerotrees of Wavelet transforms link split Data compression
    • 1.69. Entropy coding link split Data compression
    • 1.70. Error level analysis link split Data compression
    • 1.71. Even–Rodeh coding link split Data compression
    • 1.72. Exponential-Golomb coding link split Data compression
    • 1.73. FELICS link split Data compression
    • 1.74. Fibonacci coding link split Data compression
    • 1.75. Fractal compression link split Data compression
    • 1.76. Frame rate link split Data compression
    • 1.77. Generation loss link split Data compression
    • 1.78. Golomb coding link split Data compression
    • 1.79. Huffman coding link split Data compression
    • 1.80. Hutter Prize link split Data compression
    • 1.81. Image compression link split Data compression
    • 1.82. Incremental encoding link split Data compression
    • 1.83. LZ4 (compression algorithm) link split Data compression
    • 1.84. LZ77 and LZ78 link split Data compression
    • 1.85. LZFSE link split Data compression
    • 1.86. LZJB link split Data compression
    • 1.87. LZRW link split Data compression
    • 1.88. LZWL link split Data compression
    • 1.89. LZX link split Data compression
    • 1.90. Layered coding link split Data compression
    • 1.91. Lempel–Ziv–Markov chain algorithm link split Data compression
    • 1.92. Lempel–Ziv–Oberhumer link split Data compression
    • 1.93. Lempel–Ziv–Stac link split Data compression
    • 1.94. Lempel–Ziv–Storer–Szymanski link split Data compression
    • 1.95. Lempel–Ziv–Welch link split Data compression
    • 1.96. Levenshtein coding link split Data compression
    • 1.97. Liblzg link split Data compression
    • 1.98. List of codecs link split Data compression
    • 1.99. Log area ratio link split Data compression
    • 1.100. Lossless compression link split Data compression
    • 1.101. Lossless predictive audio compression link split Data compression
    • 1.102. Lossy compression link split Data compression
    • 1.103. Lossy data conversion link split Data compression
    • 1.104. MP3 link split Data compression
    • 1.105. MPEG-1 link split Data compression
    • 1.106. Macroblock link split Data compression
    • 1.107. Microsoft Point-to-Point Compression link split Data compression
    • 1.108. Modified Huffman coding link split Data compression
    • 1.109. Modified discrete cosine transform link split Data compression
    • 1.110. Motion compensation link split Data compression
    • 1.111. Move-to-front transform link split Data compression
    • 1.112. Negafibonacci coding link split Data compression
    • 1.113. Ocarina Networks link split Data compression
    • 1.114. Prediction by partial matching link split Data compression
    • 1.115. Prefix code link split Data compression
    • 1.116. Quantization (image processing) link split Data compression
    • 1.117. Range coding link split Data compression
    • 1.118. Reassignment method link split Data compression
    • 1.119. Recursive indexing link split Data compression
    • 1.120. Robust Header Compression link split Data compression
    • 1.121. Run-length encoding link split Data compression
    • 1.122. SDCH link split Data compression
    • 1.123. Scribal abbreviation link split Data compression
    • 1.124. Self-extracting archive link split Data compression
    • 1.125. Sequitur algorithm link split Data compression
    • 1.126. Set partitioning in hierarchical trees link split Data compression
    • 1.127. Set redundancy compression link split Data compression
    • 1.128. Shannon coding link split Data compression
    • 1.129. Shannon–Fano coding link split Data compression
    • 1.130. Shannon–Fano–Elias coding link split Data compression
    • 1.131. Silence compression link split Data compression
    • 1.132. Smallest grammar problem link split Data compression
    • 1.133. Smart Bitrate Control link split Data compression
    • 1.134. Smart Data Compression link split Data compression
    • 1.135. Snappy (compression) link split Data compression
    • 1.136. Solid compression link split Data compression
    • 1.137. Speech coding link split Data compression
    • 1.138. Standard test image link split Data compression
    • 1.139. Stanford Compression Forum link split Data compression
    • 1.140. Static Context Header Compression link split Data compression
    • 1.141. Terse (file format) link split Data compression
    • 1.142. Transform coding link split Data compression
    • 1.143. Transparency (data compression) link split Data compression
    • 1.144. Trellis quantization link split Data compression
    • 1.145. Tunstall coding link split Data compression
    • 1.146. Twin vector quantization link split Data compression
    • 1.147. Unary coding link split Data compression
    • 1.148. Uncompressed video link split Data compression
    • 1.149. Universal code (data compression) link split Data compression
    • 1.150. Van Jacobson TCP/IP Header Compression link split Data compression
    • 1.151. Variable-length code link split Data compression
    • 1.152. Variable bitrate link split Data compression
    • 1.153. Varicode link split Data compression
    • 1.154. Video link split Data compression
    • 1.155. Video codec link split Data compression
    • 1.156. Video compression picture types link split Data compression
    • 1.157. Weissman score link split Data compression
    • 1.158. White noise link split Data compression
    • 1.159. ZPEG link split Data compression
    • 1.160. Zoo (file format) link split Data compression
    • 1.161. Zstd link split Data compression
    • 1.162. Μ-law algorithm link split Data compression
  • 2. Data differencing link split Information theory 5
    • 2.1. File comparison tools link split Data differencing
    • 2.2. Diff-Text link split Data differencing
    • 2.3. File comparison link split Data differencing
    • 2.4. VCDIFF link split Data differencing
    • 2.5. Xdelta link split Data differencing
  • 3. Entropy and information link split Information theory 21
    • 3.1. Quantum mechanical entropy link split Entropy and information
    • 3.2. Akaike information criterion link split Entropy and information
    • 3.3. Approximate entropy link split Entropy and information
    • 3.4. Binary entropy function link split Entropy and information
    • 3.5. Cross-entropy link split Entropy and information
    • 3.6. Entropy in thermodynamics and information theory link split Entropy and information
    • 3.7. Information gain ratio link split Entropy and information
    • 3.8. Joint entropy link split Entropy and information
    • 3.9. Kullback–Leibler divergence link split Entropy and information
    • 3.10. Landauer's principle link split Entropy and information
    • 3.11. Maximum entropy probability distribution link split Entropy and information
    • 3.12. Mean dimension link split Entropy and information
    • 3.13. Molecular demon link split Entropy and information
    • 3.14. Negentropy link split Entropy and information
    • 3.15. Partition function (mathematics) link split Entropy and information
    • 3.16. Perplexity link split Entropy and information
    • 3.17. Principle of maximum caliber link split Entropy and information
    • 3.18. Principle of maximum entropy link split Entropy and information
    • 3.19. Topological entropy link split Entropy and information
    • 3.20. Transfer entropy link split Entropy and information
    • 3.21. Variation of information link split Entropy and information
  • 4. Information geometry link split Information theory 3
    • 4.1. Statistical distance link split Information geometry
    • 4.2. Chentsov's theorem link split Information geometry
    • 4.3. Fisher information metric link split Information geometry
  • 5. Information theorists link split Information theory 29
    • 5.1. Information theorists by nationality link split Information theorists
    • 5.2. A.J. Han Vinck link split Information theorists
    • 5.3. Abbas El Gamal link split Information theorists
    • 5.4. Alexander Holevo link split Information theorists
    • 5.5. Amin Shokrollahi link split Information theorists
    • 5.6. Chris Wallace (computer scientist) link split Information theorists
    • 5.7. Daniela Tuninetti link split Information theorists
    • 5.8. Edward Kofler link split Information theorists
    • 5.9. Edwin Thompson Jaynes link split Information theorists
    • 5.10. Etienne Vermeersch link split Information theorists
    • 5.11. Hendrik C. Ferreira link split Information theorists
    • 5.12. Imre Csiszár link split Information theorists
    • 5.13. Ingar Roggen link split Information theorists
    • 5.14. Ioannis Kontoyiannis link split Information theorists
    • 5.15. Jorma Rissanen link split Information theorists
    • 5.16. János Körner link split Information theorists
    • 5.17. Library and information scientist link split Information theorists
    • 5.18. Linnar Viik link split Information theorists
    • 5.19. Marcel-Paul Schützenberger link split Information theorists
    • 5.20. Michele Mosca link split Information theorists
    • 5.21. Natasha Devroye link split Information theorists
    • 5.22. Ozgur B. Akan link split Information theorists
    • 5.23. Peter Gacs link split Information theorists
    • 5.24. Punya Thitimajshima link split Information theorists
    • 5.25. Raj Chandra Bose link split Information theorists
    • 5.26. Sergio Verdú link split Information theorists
    • 5.27. Solomon Kullback link split Information theorists
    • 5.28. Vladimir Levenshtein link split Information theorists
    • 5.29. Wojciech Szpankowski link split Information theorists
  • 6. Measures of complexity link split Information theory 6
    • 6.1. Complexity class link split Measures of complexity
    • 6.2. Complexity measure link split Measures of complexity
    • 6.3. Diameter (group theory) link split Measures of complexity
    • 6.4. Growth function link split Measures of complexity
    • 6.5. Natarajan dimension link split Measures of complexity
    • 6.6. Rademacher complexity link split Measures of complexity
  • 7. Quantum information theory link split Information theory 40
    • 7.1. Quantum information scientists link split Quantum information theory
    • 7.2. Acín decomposition link split Quantum information theory
    • 7.3. Bennett's laws link split Quantum information theory
    • 7.4. Channel-state duality link split Quantum information theory
    • 7.5. Choi–Jamiołkowski isomorphism link split Quantum information theory
    • 7.6. Classical capacity link split Quantum information theory
    • 7.7. Classical shadow link split Quantum information theory
    • 7.8. Coherent information link split Quantum information theory
    • 7.9. Diamond norm link split Quantum information theory
    • 7.10. Entanglement monotone link split Quantum information theory
    • 7.11. Entanglement of formation link split Quantum information theory
    • 7.12. Entanglement witness link split Quantum information theory
    • 7.13. Greenberger–Horne–Zeilinger state link split Quantum information theory
    • 7.14. Hayden–Preskill thought experiment link split Quantum information theory
    • 7.15. Holevo's theorem link split Quantum information theory
    • 7.16. Joint quantum entropy link split Quantum information theory
    • 7.17. Lieb–Robinson bounds link split Quantum information theory
    • 7.18. NLTS conjecture link split Quantum information theory
    • 7.19. Nielsen's theorem link split Quantum information theory
    • 7.20. No-hiding theorem link split Quantum information theory
    • 7.21. No-teleportation theorem link split Quantum information theory
    • 7.22. POVM link split Quantum information theory
    • 7.23. Parity measurement link split Quantum information theory
    • 7.24. Peres–Horodecki criterion link split Quantum information theory
    • 7.25. Quantum Computing Since Democritus link split Quantum information theory
    • 7.26. Quantum channel link split Quantum information theory
    • 7.27. Quantum cognition link split Quantum information theory
    • 7.28. Quantum complex network link split Quantum information theory
    • 7.29. Quantum depolarizing channel link split Quantum information theory
    • 7.30. Quantum finite automaton link split Quantum information theory
    • 7.31. Quantum information link split Quantum information theory
    • 7.32. Quantum mutual information link split Quantum information theory
    • 7.33. Quantum relative entropy link split Quantum information theory
    • 7.34. Quantum state discrimination link split Quantum information theory
    • 7.35. Quantum steering link split Quantum information theory
    • 7.36. Schrödinger–HJW theorem link split Quantum information theory
    • 7.37. Solovay–Kitaev theorem link split Quantum information theory
    • 7.38. Superoperator link split Quantum information theory
    • 7.39. Typical subspace link split Quantum information theory
    • 7.40. W state link split Quantum information theory
  • 8. Similarity measures link split Information theory 10
    • 8.1. Distance link split Similarity measures
    • 8.2. Adamic–Adar index link split Similarity measures
    • 8.3. Cosine similarity link split Similarity measures
    • 8.4. Jaccard index link split Similarity measures
    • 8.5. Overlap coefficient link split Similarity measures
    • 8.6. SimRank link split Similarity measures
    • 8.7. Similarity measure link split Similarity measures
    • 8.8. Simple matching coefficient link split Similarity measures
    • 8.9. Sørensen–Dice coefficient link split Similarity measures
    • 8.10. Tversky index link split Similarity measures
  • 9. Units of information link split Information theory 34
    • 9.1. Binary prefixes link split Units of information
    • 9.2. Data unit link split Units of information
    • 9.3. Binary prefix link split Units of information
    • 9.4. Bit link split Units of information
    • 9.5. Byte link split Units of information
    • 9.6. Data-rate units link split Units of information
    • 9.7. Datagram link split Units of information
    • 9.8. Disk sector link split Units of information
    • 9.9. Effective data transfer rate link split Units of information
    • 9.10. Effective transmission rate link split Units of information
    • 9.11. Field specification link split Units of information
    • 9.12. Frame (networking) link split Units of information
    • 9.13. Gigabyte link split Units of information
    • 9.14. Gigapackets link split Units of information
    • 9.15. Hartley (unit) link split Units of information
    • 9.16. Hextet link split Units of information
    • 9.17. IEEE 1541-2002 link split Units of information
    • 9.18. JEDEC memory standards link split Units of information
    • 9.19. Kilobit link split Units of information
    • 9.20. Kilobyte link split Units of information
    • 9.21. List of binary codes link split Units of information
    • 9.22. Megabit link split Units of information
    • 9.23. Megabyte link split Units of information
    • 9.24. Nat (unit) link split Units of information
    • 9.25. Network packet link split Units of information
    • 9.26. Nibble link split Units of information
    • 9.27. Octet (computing) link split Units of information
    • 9.28. One-bit message link split Units of information
    • 9.29. Qubit link split Units of information
    • 9.30. Qutrit link split Units of information
    • 9.31. Shannon (unit) link split Units of information
    • 9.32. Syllable (computing) link split Units of information
    • 9.33. Timeline of binary prefixes link split Units of information
    • 9.34. Word (computer architecture) link split Units of information
  • 10. 3G MIMO link split Information theory
  • 11. A Mathematical Theory of Communication link split Information theory
  • 12. Adjusted mutual information link split Information theory
  • 13. Ascendency link split Information theory
  • 14. Asymptotic equipartition property link split Information theory
  • 15. Bandwidth (computing) link split Information theory
  • 16. Bandwidth extension link split Information theory
  • 17. Bar product link split Information theory
  • 18. Bisection bandwidth link split Information theory
  • 19. Bretagnolle–Huber inequality link split Information theory
  • 20. Channel capacity link split Information theory
  • 21. Channel state information link split Information theory
  • 22. Channel use link split Information theory
  • 23. Cobham's theorem link split Information theory
  • 24. Code rate link split Information theory
  • 25. Common data model link split Information theory
  • 26. Communication channel link split Information theory
  • 27. Communication complexity link split Information theory
  • 28. Communication source link split Information theory
  • 29. Computational irreducibility link split Information theory
  • 30. Conditional entropy link split Information theory
  • 31. Conditional mutual information link split Information theory
  • 32. Constraint (information theory) link split Information theory
  • 33. Cooperative MIMO link split Information theory
  • 34. Cycles of Time link split Information theory
  • 35. DISCUS link split Information theory
  • 36. Damerau–Levenshtein distance link split Information theory
  • 37. Differential entropy link split Information theory
  • 38. Directed information link split Information theory
  • 39. Distributed source coding link split Information theory
  • 40. Dual total correlation link split Information theory
  • 41. Entropic gravity link split Information theory
  • 42. Entropic uncertainty link split Information theory
  • 43. Entropic vector link split Information theory
  • 44. Entropy (information theory) link split Information theory
  • 45. Entropy estimation link split Information theory
  • 46. Entropy power inequality link split Information theory
  • 47. Entropy rate link split Information theory
  • 48. Error exponent link split Information theory
  • 49. Error exponents in hypothesis testing link split Information theory
  • 50. Everything is a file link split Information theory
  • 51. Exformation link split Information theory
  • 52. Fano's inequality link split Information theory
  • 53. Fisher information link split Information theory
  • 54. Formation matrix link split Information theory
  • 55. Frank Benford link split Information theory
  • 56. Fungible information link split Information theory
  • 57. Generalized entropy index link split Information theory
  • 58. Gibbs' inequality link split Information theory
  • 59. Glossary of quantum computing link split Information theory
  • 60. Grammar-based code link split Information theory
  • 61. Grammatical Man link split Information theory
  • 62. Graph entropy link split Information theory
  • 63. Grey relational analysis link split Information theory
  • 64. Hartley function link split Information theory
  • 65. Health information-seeking behaviour link split Information theory
  • 66. History of information theory link split Information theory
  • 67. Human information interaction link split Information theory
  • 68. Hyper-encryption link split Information theory
  • 69. IEEE Transactions on Information Theory link split Information theory
  • 70. IMU Abacus Medal link split Information theory
  • 71. Ideal tasks link split Information theory
  • 72. Identity channel link split Information theory
  • 73. Incompressibility method link split Information theory
  • 74. Index of information theory articles link split Information theory
  • 75. Inequalities in information theory link split Information theory
  • 76. Informating link split Information theory
  • 77. Information link split Information theory 62
    • 77.1. Asymmetric information link split Information
    • 77.2. Awareness activism link split Information
    • 77.3. Comparisons link split Information
    • 77.4. Data link split Information
    • 77.5. Data and information organizations link split Information
    • 77.6. Disclosure link split Information
    • 77.7. Geographic data and information link split Information
    • 77.8. Government information link split Information
    • 77.9. Information Age link split Information
    • 77.10. Information by telephone link split Information
    • 77.11. Information centres link split Information
    • 77.12. Information economics link split Information
    • 77.13. Information privacy link split Information
    • 77.14. Information systems link split Information
    • 77.15. Information technology link split Information
    • 77.16. Information visualization link split Information
    • 77.17. Journalism link split Information
    • 77.18. News link split Information
    • 77.19. Reference link split Information
    • 77.20. Statements link split Information
    • 77.21. Texts link split Information
    • 77.22. Works about information link split Information
    • 77.23. Authority control link split Information
    • 77.24. Bum steer link split Information
    • 77.25. Calculation link split Information
    • 77.26. Children's use of information link split Information
    • 77.27. Cognitive miser link split Information
    • 77.28. Community indicators link split Information
    • 77.29. Computational theory of mind link split Information
    • 77.30. Coverage (information systems) link split Information
    • 77.31. Data ecosystem link split Information
    • 77.32. Digital firm link split Information
    • 77.33. Fact sheet link split Information
    • 77.34. Fallacy link split Information
    • 77.35. Global information system link split Information
    • 77.36. InfoQ link split Information
    • 77.37. Infodemic link split Information
    • 77.38. Informal fallacy link split Information
    • 77.39. Information cascade link split Information
    • 77.40. Information ecology link split Information
    • 77.41. Information engineering link split Information
    • 77.42. Information hazard link split Information
    • 77.43. Information management link split Information
    • 77.44. Information oriented software development link split Information
    • 77.45. Information policy link split Information
    • 77.46. Information processing (psychology) link split Information
    • 77.47. Information science link split Information
    • 77.48. Information sensitivity link split Information
    • 77.49. Information society link split Information
    • 77.50. Information space link split Information
    • 77.51. Information system link split Information
    • 77.52. Informatization link split Information
    • 77.53. Insider trading link split Information
    • 77.54. Knowledge society link split Information
    • 77.55. Low information voter link split Information
    • 77.56. Market moving information link split Information
    • 77.57. Mental model link split Information
    • 77.58. Pattern-of-life analysis link split Information
    • 77.59. Price signal link split Information
    • 77.60. Raw data link split Information
    • 77.61. Statistics link split Information
    • 77.62. Tele-information services link split Information
  • 78. Information behavior link split Information theory
  • 79. Information content link split Information theory
  • 80. Information continuum link split Information theory
  • 81. Information diagram link split Information theory
  • 82. Information dimension link split Information theory
  • 83. Information exchange link split Information theory
  • 84. Information flow (information theory) link split Information theory
  • 85. Information fluctuation complexity link split Information theory
  • 86. Information projection link split Information theory
  • 87. Information source (mathematics) link split Information theory
  • 88. Information theory and measure theory link split Information theory
  • 89. Information–action ratio link split Information theory
  • 90. Integrated information theory link split Information theory
  • 91. Interaction information link split Information theory
  • 92. Interactions of actors theory link split Information theory
  • 93. Interference channel link split Information theory
  • 94. Jakobson's functions of language link split Information theory
  • 95. Joint source and channel coding link split Information theory
  • 96. Karl Küpfmüller link split Information theory
  • 97. Krichevsky–Trofimov estimator link split Information theory
  • 98. Kullback's inequality link split Information theory
  • 99. Lempel–Ziv complexity link split Information theory
  • 100. Limiting density of discrete points link split Information theory
  • 101. Linear network coding link split Information theory
  • 102. Log-rank conjecture link split Information theory
  • 103. Log sum inequality link split Information theory
  • 104. Logic of information link split Information theory
  • 105. Lovász number link split Information theory
  • 106. MIMO-OFDM link split Information theory
  • 107. Many antennas link split Information theory
  • 108. Map communication model link split Information theory
  • 109. Maximal entropy random walk link split Information theory
  • 110. Maximal information coefficient link split Information theory
  • 111. Maximum entropy spectral estimation link split Information theory
  • 112. Measure-preserving dynamical system link split Information theory
  • 113. Metcalfe's law link split Information theory
  • 114. Minimum Fisher information link split Information theory
  • 115. Modulo-N code link split Information theory
  • 116. Multi-user MIMO link split Information theory
  • 117. Multicast-broadcast single-frequency network link split Information theory
  • 118. Mutual information link split Information theory
  • 119. Name collision link split Information theory
  • 120. Network performance link split Information theory 98
    • 120.1. Forward proxy link split Network performance
    • 120.2. Reverse proxy link split Network performance
    • 120.3. Teletraffic link split Network performance
    • 120.4. ALTQ link split Network performance
    • 120.5. Active queue management link split Network performance
    • 120.6. Adaptive quality of service multi-hop routing link split Network performance
    • 120.7. AiScaler link split Network performance
    • 120.8. Application-Layer Protocol Negotiation link split Network performance
    • 120.9. Application-layer framing link split Network performance
    • 120.10. Argus – Audit Record Generation and Utilization System link split Network performance
    • 120.11. Autonomic networking link split Network performance
    • 120.12. BWPing link split Network performance
    • 120.13. Bandwidth-delay product link split Network performance
    • 120.14. Bandwidth guaranteed polling link split Network performance
    • 120.15. Bandwidth management link split Network performance
    • 120.16. Best-effort delivery link split Network performance
    • 120.17. Bit error rate link split Network performance
    • 120.18. Blue (queue management algorithm) link split Network performance
    • 120.19. Bottleneck (engineering) link split Network performance
    • 120.20. Bottleneck (network) link split Network performance
    • 120.21. Broadcast storm link split Network performance
    • 120.22. Bufferbloat link split Network performance
    • 120.23. Burstable billing link split Network performance
    • 120.24. CFosSpeed link split Network performance
    • 120.25. Cloud-native processor link split Network performance
    • 120.26. CoDel link split Network performance
    • 120.27. Committed information rate link split Network performance
    • 120.28. Cross-layer interaction and service mapping link split Network performance
    • 120.29. Customer Service Assurance link split Network performance
    • 120.30. Delay-gradient congestion control link split Network performance
    • 120.31. Edge computing link split Network performance
    • 120.32. Elephant flow link split Network performance
    • 120.33. Erlang (unit) link split Network performance
    • 120.34. Errored second link split Network performance
    • 120.35. Explicit Congestion Notification link split Network performance
    • 120.36. Flow control (data) link split Network performance
    • 120.37. Flowgrind link split Network performance
    • 120.38. Fully switched network link split Network performance
    • 120.39. Game theory in communication networks link split Network performance
    • 120.40. Goodput link split Network performance
    • 120.41. Hierarchical fair-service curve link split Network performance
    • 120.42. Intorel link split Network performance
    • 120.43. Iperf link split Network performance
    • 120.44. Iproute2 link split Network performance
    • 120.45. Layered queueing network link split Network performance
    • 120.46. Link aggregation link split Network performance
    • 120.47. List of performance analysis tools link split Network performance
    • 120.48. Low-latency queuing link split Network performance
    • 120.49. Measuring network throughput link split Network performance
    • 120.50. Mod qos link split Network performance
    • 120.51. Mouse flow link split Network performance
    • 120.52. NetEqualizer link split Network performance
    • 120.53. NetPIPE link split Network performance
    • 120.54. Netperf link split Network performance
    • 120.55. Network Performance Monitoring Solution link split Network performance
    • 120.56. Network calculus link split Network performance
    • 120.57. Network congestion link split Network performance
    • 120.58. Network scheduler link split Network performance
    • 120.59. Network traffic control link split Network performance
    • 120.60. Network utility link split Network performance
    • 120.61. OpenNMS link split Network performance
    • 120.62. Packeteer link split Network performance
    • 120.63. Palm–Khintchine theorem link split Network performance
    • 120.64. Peak information rate link split Network performance
    • 120.65. Performance-enhancing proxy link split Network performance
    • 120.66. Performance tuning link split Network performance
    • 120.67. PingER Project link split Network performance
    • 120.68. Proxy server link split Network performance
    • 120.69. Quality of service link split Network performance
    • 120.70. Queueing theory link split Network performance
    • 120.71. Random early detection link split Network performance
    • 120.72. Rate limiting link split Network performance
    • 120.73. Rendezvous delay link split Network performance
    • 120.74. Robust random early detection link split Network performance
    • 120.75. Science DMZ Network Architecture link split Network performance
    • 120.76. Service assurance link split Network performance
    • 120.77. Sparrowiq link split Network performance
    • 120.78. Spatial capacity link split Network performance
    • 120.79. Speedof.me link split Network performance
    • 120.80. Speedtest.net link split Network performance
    • 120.81. Supernetwork link split Network performance
    • 120.82. Switching loop link split Network performance
    • 120.83. TCP congestion control link split Network performance
    • 120.84. TCP pacing link split Network performance
    • 120.85. TCP tuning link split Network performance
    • 120.86. Tacit Networks link split Network performance
    • 120.87. Telecom network protocol analyzer link split Network performance
    • 120.88. Time to first byte link split Network performance
    • 120.89. Token bucket link split Network performance
    • 120.90. Traffic classification link split Network performance
    • 120.91. Traffic policing (communications) link split Network performance
    • 120.92. Traffic shaping link split Network performance
    • 120.93. Ttcp link split Network performance
    • 120.94. WAN optimization link split Network performance
    • 120.95. Weighted random early detection link split Network performance
    • 120.96. Wide area application services link split Network performance
    • 120.97. Wire data link split Network performance
    • 120.98. Wireless intelligent stream handling link split Network performance
  • 121. Network throughput link split Information theory
  • 122. Noisy-channel coding theorem link split Information theory
  • 123. Observed information link split Information theory
  • 124. One-way quantum computer link split Information theory
  • 125. Operator grammar link split Information theory
  • 126. Outage probability link split Information theory
  • 127. Per-user unitary rate control link split Information theory
  • 128. Phase factor link split Information theory
  • 129. Pinsker's inequality link split Information theory
  • 130. Pointwise mutual information link split Information theory
  • 131. Pragmatic theory of information link split Information theory
  • 132. Principle of least privilege link split Information theory
  • 133. Privilege revocation (computing) link split Information theory
  • 134. Quantities of information link split Information theory
  • 135. Quantum capacity link split Information theory
  • 136. Quantum coin flipping link split Information theory
  • 137. Quantum computing link split Information theory 62
    • 137.1. Companies involved in quantum computing link split Quantum computing
    • 137.2. Quantum cryptography link split Quantum computing
    • 137.3. Andrea Morello link split Quantum computing
    • 137.4. BQP link split Quantum computing
    • 137.5. Bacon–Shor code link split Quantum computing
    • 137.6. Chemical computer link split Quantum computing
    • 137.7. Cirac–Zoller controlled-NOT gate link split Quantum computing
    • 137.8. Cloud-based quantum computing link split Quantum computing
    • 137.9. Cross-entropy benchmarking link split Quantum computing
    • 137.10. D-Wave Systems link split Quantum computing
    • 137.11. David Deutsch link split Quantum computing
    • 137.12. Eastin–Knill theorem link split Quantum computing
    • 137.13. Elanor Huntington link split Quantum computing
    • 137.14. Electron-on-helium qubit link split Quantum computing
    • 137.15. Five-qubit error correcting code link split Quantum computing
    • 137.16. G. Peter Lepage link split Quantum computing
    • 137.17. Horse Ridge (chip) link split Quantum computing
    • 137.18. IBM Eagle link split Quantum computing
    • 137.19. IBM Q System One link split Quantum computing
    • 137.20. IBM Quantum Platform link split Quantum computing
    • 137.21. Intelligence Advanced Research Projects Activity link split Quantum computing
    • 137.22. IonQ link split Quantum computing
    • 137.23. Jiuzhang (quantum computer) link split Quantum computing
    • 137.24. Kane quantum computer link split Quantum computing
    • 137.25. List of companies involved in quantum computing or communication link split Quantum computing
    • 137.26. List of proposed quantum registers link split Quantum computing
    • 137.27. List of quantum logic gates link split Quantum computing
    • 137.28. List of quantum processors link split Quantum computing
    • 137.29. Multiverse Computing link split Quantum computing
    • 137.30. Mølmer–Sørensen gate link split Quantum computing
    • 137.31. NQIT link split Quantum computing
    • 137.32. National Quantum Initiative Act link split Quantum computing
    • 137.33. National Quantum Mission India link split Quantum computing
    • 137.34. Nitrogen-vacancy center link split Quantum computing
    • 137.35. Noisy intermediate-scale quantum era link split Quantum computing
    • 137.36. One Clean Qubit link split Quantum computing
    • 137.37. OpenQASM link split Quantum computing
    • 137.38. Paul Benioff link split Quantum computing
    • 137.39. Physical and logical qubits link split Quantum computing
    • 137.40. Quantum Computation and Quantum Information link split Quantum computing
    • 137.41. Quantum Computing: A Gentle Introduction link split Quantum computing
    • 137.42. Quantum Experiments using Satellite Technology link split Quantum computing
    • 137.43. Quantum error correction link split Quantum computing
    • 137.44. Quantum image link split Quantum computing
    • 137.45. Quantum image processing link split Quantum computing
    • 137.46. Quantum natural language processing link split Quantum computing
    • 137.47. Quantum programming link split Quantum computing
    • 137.48. Quantum simulator link split Quantum computing
    • 137.49. Quantum supremacy link split Quantum computing
    • 137.50. Quantum teleportation link split Quantum computing
    • 137.51. Quantum volume link split Quantum computing
    • 137.52. Quil (instruction set architecture) link split Quantum computing
    • 137.53. Randomized benchmarking link split Quantum computing
    • 137.54. Richard Feynman link split Quantum computing
    • 137.55. Rose's Law link split Quantum computing
    • 137.56. Stefanie Barz link split Quantum computing
    • 137.57. Sycamore processor link split Quantum computing
    • 137.58. Timeline of quantum computing and communication link split Quantum computing
    • 137.59. Topological quantum computer link split Quantum computing
    • 137.60. UK National Quantum Technologies Programme link split Quantum computing
    • 137.61. Xanadu Quantum Technologies link split Quantum computing
    • 137.62. ZX-calculus link split Quantum computing
  • 138. Quantum t-design link split Information theory
  • 139. Random number generation link split Information theory 19
    • 139.1. /dev/random link split Random number generation
    • 139.2. A Million Random Digits with 100,000 Normal Deviates link split Random number generation
    • 139.3. Clock drift link split Random number generation
    • 139.4. Diceware link split Random number generation
    • 139.5. Diehard tests link split Random number generation
    • 139.6. Ghost Leg link split Random number generation
    • 139.7. Hardware random number generator link split Random number generation
    • 139.8. Lavarand link split Random number generation
    • 139.9. Marsaglia's theorem link split Random number generation
    • 139.10. Noise generator link split Random number generation
    • 139.11. Nothing-up-my-sleeve number link split Random number generation
    • 139.12. QuintessenceLabs link split Random number generation
    • 139.13. RDRAND link split Random number generation
    • 139.14. Random.org link split Random number generation
    • 139.15. Random number book link split Random number generation
    • 139.16. Random number table link split Random number generation
    • 139.17. Randomization link split Random number generation
    • 139.18. TestU01 link split Random number generation
    • 139.19. Trusted Platform Module link split Random number generation
  • 140. Rate–distortion theory link split Information theory
  • 141. Receiver (information theory) link split Information theory
  • 142. Redundancy (information theory) link split Information theory
  • 143. Relay channel link split Information theory
  • 144. Rényi entropy link split Information theory
  • 145. Sanov's theorem link split Information theory
  • 146. Scale-free ideal gas link split Information theory
  • 147. Self-dissimilarity link split Information theory
  • 148. Shannon's source coding theorem link split Information theory
  • 149. Shannon capacity of a graph link split Information theory
  • 150. Shannon–Hartley theorem link split Information theory
  • 151. Shannon–Weaver model link split Information theory
  • 152. Shearer's inequality link split Information theory
  • 153. Spatial multiplexing link split Information theory
  • 154. Spatiotemporal pattern link split Information theory
  • 155. Specific-information link split Information theory
  • 156. Spectral efficiency link split Information theory
  • 157. Statistical manifold link split Information theory
  • 158. Structural information theory link split Information theory
  • 159. Surprisal analysis link split Information theory
  • 160. Szemerédi regularity lemma link split Information theory
  • 161. Theil index link split Information theory
  • 162. Three-process view link split Information theory
  • 163. Timeline of information theory link split Information theory
  • 164. Total correlation link split Information theory
  • 165. Triangular network coding link split Information theory
  • 166. Typical set link split Information theory
  • 167. Ulam's game link split Information theory
  • 168. Uncertainty coefficient link split Information theory
  • 169. Unicity distance link split Information theory
  • 170. Water-pouring algorithm link split Information theory
  • 171. Wilson's model of information behavior link split Information theory
  • 172. Z-channel (information theory) link split Information theory
  • 173. Zero suppression link split Information theory