IEEE P2P 2011 Flexible Routing Tables
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This document discusses flexible routing tables (FRT), a new approach for designing routing algorithms in overlay networks. FRT defines a total order on routing tables based on an identifier assigned to each entry. This allows routing tables to dynamically adjust while maintaining the invariant of the total order. The document outlines the key procedures of FRT, including entry learning and filtering, and evaluates its scientific and engineering impacts. Examples are given of how FRT has been applied to develop new routing algorithms for Chord and XOR-based overlays. In conclusion, FRT provides a unified framework for routing in both full-mesh and multi-hop overlay networks.
IEEE P2P 2011 Flexible Routing Tables
- 1. Flexible Routing Tables : Designing Routing Algorithms for Overlays Based on a Total Order on a Routing Table Set
- 2. Flexible Routing Tables : Designing Routing Algorithms for Overlays Based on a Total Order on a Routing Table Set
- 3. Flexible Routing Tables : Designing Routing Algorithms for Overlays Based on a Total Order on a Routing Table Set
- 4. Flexible Routing Tables : Designing Routing Algorithms for Overlays Based on a Total Order on a Routing Table Set
- 5. Flexible Routing Tables : Designing Routing Algorithms for Overlays Based on a Total Order on a Routing Table Set
- 6. Flexible Routing Tables : Designing Routing Algorithms for Overlays Based on a Total Order on a Routing Table Set
- 7. Flexible Routing Tables : Designing Routing Algorithms for Overlays Based on a Total Order on a Routing Table Set
- 8. What is Potentials of Overlay Networks ?
- 9. What is Potentials of Overlay Networks ?
- 10. What is Potentials of Overlay Networks ?
- 11. What is Potentials of Overlay Networks ?
- 12. What is Potentials of Overlay Networks ?
- 13. What is Potentials of Overlay Networks ?
- 14. What is Potentials of Overlay Networks ?
- 15. What is Potentials of Overlay Networks ?
- 16. What is Potentials of Overlay Networks ?
- 17. What is Potentials of Overlay Networks ?
- 18. What is Potentials of Overlay Networks ?
- 19. What is Potentials of Overlay Networks ?
- 20. What is Potentials of Overlay Networks ?
- 21. What is Potentials of Overlay Networks ?
- 22. What is Potentials of Overlay Networks ?
- 23. What is Potentials of Overlay Networks ?
- 24. What is Potentials of Overlay Networks ?
- 25. What isOur View of Designing Overlays?
- 26. What isOur View of Designing Overlays?
- 27. What isOur View of Designing Overlays?
- 28. What isOur View of Designing Overlays?
- 29. What isOur View of Designing Overlays?
- 30. What isOur View of Designing Overlays?
- 31. What isOur View of Designing Overlays?
- 32. What isOur View of Designing Overlays?
- 33. What isOur View of Designing Overlays?
- 34. What isOur View of Designing Overlays?
- 35. What isOur View of Designing Overlays?
- 36. What isOur View of Designing Overlays?
- 37. What isOur View of Designing Overlays?
- 38. What isOur View of Designing Overlays?
- 39. What isOur View of Designing Overlays?
- 40. What isNew View of Designing Overlays?
- 41. What isNew View of Designing Overlays?
- 42. What isOur View of Designing Overlays?
- 43. What isOur View of Designing Overlays?
- 59. What is the problem?
- 60. What is the problem?
- 61. What is the problem?
- 62. What is the problem?
- 63. What is the problem?
- 64. What is the problem?
- 65. What is the problem?
- 66. What is the problem?
- 67. What is the problem?
- 68. What is Total Order ≤ID
- 69. What is Total Order ≤ID
- 70. What is Total Order ≤ID
- 71. What is Total Order ≤ID
- 72. What is Total Order ≤ID
- 73. What is Total Order ≤ID
- 74. What is Total Order ≤ID
- 75. What is Total Order ≤ID
- 76. What is Total Order ≤ID
- 77. What is Total Order ≤ID
- 78. What is Total Order ≤ID
- 79. Flexible Routing Tables (FRT)
- 82. How to designTotal Order ≤IDin FRT
- 83. How to design Total Order ≤IDin FRT
- 84. How to design Total Order ≤IDin FRT
- 85. FRT’s Procedure (1) : Entry Learning
- 86. FRT’s Procedure (1) : Entry Learning
- 87. FRT’s Procedure (1) : Entry Learning
- 88. FRT’s Procedure (1) : Entry Learning
- 89. FRT’s Procedure (1) : Entry Learning
- 90. FRT’s Procedure (1) : Entry Learning
- 91. FRT’s Procedure (1) : Entry Learning
- 92. FRT’s Procedure (2) : Entry Filtering
- 93. FRT’s Procedure (2) : Entry Filtering
- 94. FRT’s Procedure (2) : Entry Filtering
- 95. FRT’s Procedure (2) : Entry Filtering
- 96. FRT’s Procedure (2) : Entry Filtering
- 97. FRT’s Procedure (2) : Entry Filtering
- 98. FRT’s Procedure (2) : Entry Filtering
- 99. FRT’s Procedure (2) : Entry Filtering
- 100. FRT’s Procedure (2) : Entry Filtering
- 101. FRT’s Procedure (2) : Entry Filtering
- 102. FRT’s Procedure (2) : Entry Filtering
- 103. FRT’s Procedure (2) : Entry Filtering
- 104. FRT’s Procedure (2) : Entry Filtering
- 105. FRT’s Procedure (2) : Entry Filtering
- 106. FRT’s Procedure (2) : Entry Filtering
- 107. FRT’s Summary
- 108. Summary of FRT
- 109. Summary of FRT
- 111. A Scientific Impact
- 112. A Scientific Impact
- 113. A Scientific Impact :Unification Theory of Full-mesh and Multi-hop.
- 114. A Scientific Impact :Unification Theory of Full-mesh and Multi-hop.
- 115. A Scientific Impact :Unification Theory of Full-mesh and Multi-hop.
- 116. A Scientific Impact :Unification Theory of Full-mesh and Multi-hop.
- 117. A Scientific Impact :Unification Theory of Full-mesh and Multi-hop.
- 118. A Scientific Impact :Unification Theory of Full-mesh and Multi-hop.
- 119. A Scientific Impact :Unification Theory of Full-mesh and Multi-hop.
- 120. A Scientific Impact :Unification Theory of Full-mesh and Multi-hop.
- 121. A Scientific Impact :Unification Theory of Full-mesh and Multi-hop.
- 124. An Engineering Impact :Ease of Designing Extended Algorithms
- 125. An Engineering Impact :Ease of Designing Extended Algorithms
- 126. An Engineering Impact :Ease of Designing Extended Algorithms
- 127. An Engineering Impact :Ease of Designing Extended Algorithms
- 128. An Engineering Impact :Ease of Designing Extended Algorithms
- 129. An Engineering Impact :Ease of Designing Extended Algorithms
- 130. An Engineering Impact :Ease of Designing Extended Algorithms
- 131. An Engineering Impact :Ease of Designing Extended Algorithms
- 132. An Engineering Impact :Ease of Designing Extended Algorithms
- 133. An Engineering Impact :Ease of Designing Extended Algorithms
- 134. An Engineering Impact :Ease of Designing Extended Algorithms
- 135. An Engineering Impact :Ease of Designing Extended Algorithms
- 136. An Engineering Impact :Ease of Designing Extended Algorithms
- 137. An Engineering Impact :Ease of Designing Extended Algorithms
- 138. An Engineering Impact :Ease of Designing Extended Algorithms
- 139. (1) FRT-Chord
- 140. (1) FRT-Chord
- 141. (1) FRT-Chord
- 142. (1) FRT-Chord
- 143. (1) FRT-Chord
- 144. (1) FRT-Chord
- 145. (1) FRT-Chord
- 146. (1) FRT-Chord
- 147. (1) FRT-Chord
- 148. (1) FRT-Chord
- 149. (1) FRT-Chord
- 150. (1) FRT-Chord
- 151. (1) FRT-Chord
- 152. (1) FRT-Chord
- 153. (2) GFRT-Chord
- 154. (2) GFRT-Chord
- 155. (2) GFRT-Chord
- 156. (2) GFRT-Chord
- 157. (2) GFRT-Chord
- 158. (2) GFRT-Chord
- 159. (2) GFRT-Chord
- 160. (1) FRT-Chord / (2) GFRT-Chord
- 161. (3) FRT-XOR
- 162. (3) FRT-XOR
- 163. FRT works!
- 164. Conclusion