Adjacency Matrix of Real-World (nine cities)

Published: 16-02-2021| Version 1 | DOI: 10.17632/rxffz9sytz.1
Contributors:
Mansoor Davoodi-Monfared

Description

This readme.txt file was generated on 2021-02-06 by Mohsen Ghaffari and Dr. Mansoor Davoodi-Monfared. GENERAL INFORMATION Adjacency Matrix of Real-World (Nine cities) Principal Investigator Contact Information Mohsen Ghaffari Department of Computer Science and Information Technology, Institute for Advanced Studies in Basic Sciences, Zanjan, Iran email: mohsen.ghaffari@iasbs.ac.ir Associate or Co-investigator Contact Information Dr. Mansoor Davoodi-Monfared Department of Computer Science and Information Technology, Institute for Advanced Studies in Basic Sciences, Zanjan, Iran email: mdmonfared@iasbs.ac.ir Date of data collection 2020.04.29 The geographic location of data collection Sareyn, Ardabil, Iran Barcelona, Spain London, England Munich, German New York, U.S. Paris, France Tehran, Iran Toronto, Canada Zanjan, Iran SHARING/ACCESS INFORMATION Link to the publication that uses the data Shortest Path Problem on Uncertain Networks: An Efficient Two Phases Approach, Mansoor Davoodi & Mohsen Ghaffari, Computers, and Industrial Engineering, 2021. sources https://www.openstreetmap.org/ https://github.com/AndGem/OsmToRoadGraph Please cite Shortest Path Problem on Uncertain Networks: An Efficient Two Phases Approach, Mansoor Davoodi & Mohsen Ghaffari, Computers, and Industrial Engineering, 2021. DATA & FILE OVERVIEW Files List Note: Each node is a crossover between streets, and edges are direct paths between nodes. Each file contains at least one emergency state. Ardabil.csv The adjacency matrix of Saryen city, which is a small city in Ardabil. It includes 1892 nodes and 2088 edges. Barcelona.csv The adjacency matrix of a part of Barcelona city, which includes 1397 nodes and 1506 edges. London.csv The adjacency matrix of a part of London city, which includes 1176 nodes and 1225 edges. Munich.csv The adjacency matrix of a part of Munich city, which includes 1148 nodes and 807 edges. New York.csv The adjacency matrix of a part of New York City, which includes 1433 nodes and 1667 edges. Paris.csv The adjacency matrix of a part of Paris city, which includes 1417 nodes and 1575 edges. Tehran.csv The adjacency matrix of a part of Tehran city, which includes 1045 nodes and 1071 edges. Toronto.csv The adjacency matrix of a part of Toronto city, which includes 1162 nodes and 1227 edges. Zanjan.csv The adjacency matrix of a part of Zanjan city, which includes 1062 nodes and 1208 edges. METHODOLOGICAL INFORMATION We extract a part of road graphs of some cities using https://www.openstreetmap.org/ and the presented source code in https://github.com/AndGem/OsmToRoadGraph. Note that all the selected maps include at least one emergency center, such as a hospital or fire station. We define the weight of the connections as the travel time for the corresponding connection in the network.

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