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Optimum route finder to the point of interest through public transport

Optimum route finder to the point of interest through public transport. By Anand Paleja Pratik Mehta. Index. Introduction Available spatial and non-spatial data Data Preparation Creating Network data Available services in network analyst Creating final data Uploading on server

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Optimum route finder to the point of interest through public transport

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  1. Optimum route finder to the point of interest through public transport By AnandPaleja Pratik Mehta

  2. Index • Introduction • Available spatial and non-spatial data • Data Preparation • Creating Network data • Available services in network analyst • Creating final data • Uploading on server • Development • Interface

  3. 1. Introduction • Origin bus stop • Point of interest (hospitals, malls, theatres etc.) • Nearest bus stop from point of interest • Route from point of interest to nearest bus stop • Route from origin bus stop to destination bus stop

  4. 2. Available spatial & non-spatial data • A_C Bus Stop 2011.xls- Ac bus routes and bus stops • CityBus Time Sept 2010.doc- time among stations • Route timing.doc- timing for new Mumbai • ACTimeTableApril 2012.doc- total number of trips for any route • AC Bus Stop.shp- Bus stops (busstop, route, xcoord, ycoord) • AC Bus Route.shp- default attributes

  5. 3. Data Preparation • Requires direction and unique id for bus stop • Directions • Up and down • Truncated routes • Bus Stops • Two names • Two points on same location • Unique id for each stations (odd & even)

  6. 3. Data Preparation • Bus Route • Add Name attribute • Locator • Why we need locator? • Many styles available • Depends on your data • Can set sensitivity too • Tolerance value is necessary

  7. 4. Creating a Network data

  8. 5. Available services in network analyst • Route • Closest facility • Service Area (Accessibility) • OD Cost matrix (number of origins + number of destinations) • Same like closest facility • Doesn’t give true shape • Vehicle routing problem • Location-allocation • http://help.arcgis.com/en/arcgisdesktop/10.0/help/index.html#/Types_of_network_analysis_layers/004700000032000000/

  9. 6. Creating final data • Manual digitization • Find Route tool (Available in ArcGIS 10) • Requires network dataset • Locator • Add attributes in shapefiles • Route (RouteNo, Run) • Stops (StopID, Sequence, Run, RouteNo, Ref_ID) • Adding time • Alone Route no and run are not enough • Combination of three

  10. 7. Uploading on Server • Type of services server provides • Map service (.mxd) • Geocode service (.loc) • Geodata Service • Geometry service (no GIS resource requires) • Geoprocessing services (toolbox- .tbx) • Image Service (For raster data) • Search Service

  11. 7. Uploading on server • Capabilities available • Mapping • KML • Feature Access • WMS • WFS • Mobile Data Access • Network Analysis

  12. 8. Development • In built application • SOAP Services (Java, .NET) • Lack of functionalities • REST Services (JavaScript, Silverlight, Flex, Apex) • Very popular

  13. 9. Interface

  14. Continue…

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