Network Representation Schemes for U-TURN and Implementation in the Vine-Based Dijkstra Shortest Path Algorithm

U-TURN을 포함한 가로망 표현 및 최단경로의 구현

  • Published : 1995.06.01

Abstract

This paper reviews both network representation schemes of transportation network and algorithms for findings the shortest path between two points in the network. Two types of network representation schmes for considering U-Turn have been proposed along with some modifications of the vine-based Dijkstra shoretest path algorithm. The traditional Sioux-Fall network has been chosen and modified with the introduction of left-turn prohibitions and U-Turns for the purpose of evaluating the peroformance of two modified algorithms and network representation schemes(NA1 an d NA2 ). This type of modification in both network representation scheme (including network data) and algorithms is not only supposed to be needed for route guidance but supposed to contribute to finding more realistic path and estimating more accurate traffic voulume thorughout the entire network.

Keywords

References

  1. 네트워크와 알고리즘 강맹규
  2. 도로안내체계개발 대한교통학회;홍익대학교 과학기술연구소
  3. Network and Algorithms A.Dolan;J.Aldous
  4. Proc. Of The Int'l Symposium On The Theory of Switching The Shortest Path Through A Maze E.Moore
  5. ARC/INFO User's Guide 6.1 Network Analysis ESRI
  6. Numerical Mathematics v.1 Note On Two Problems In Connection With Graphs E.W.Dijkstra
  7. Ph.D.Thesis, Northwestern Univ. Evinston Mathematical Programming Algorithm For Large Scale Network Equilibrium And Network Design Problems L.LeBlanc
  8. Avebury Technical Traffic Assignment Technique R.Thomas
  9. Urban Transportation Network Y.Sheffi
  10. Traffic Assignment FHWA
  11. Concise Encyclopedia of Traffic & Transportation Systems M.Papageorgiou