1. ELECTION GIS SYSTEM

2. Objectives Spatial and Non spatial Information on the Map Spatial Analysis Shortest Route Between Two Location Dynamic System – Both Spatial and Non Spatial Data Updation Updation from Block Level Accessing booth-related information including BLO details Accessing roll-related information Accessing last election-related information Election-related analysis including criticality/vulnerability report Generation of various reports

3. Architecture Three Tier Architecture Technology – C# Components – All Open Source Components Scripting – JAVA Script and VB Script AJAX Technology

4. Unique Features of the System The system would be Web Based and would run over a browser. No Special components required All the points are mapped through GPS Survey and are cross verified via super imposition of an imagery. The system is user friendly and easy to Operate

5. Uses Get Detailed information on the Booth like  Address  Photograph  Nazari Naksha  Details of Polling booth – Like sanitation facilities etc.  Last Year Candidates and Results  Coverage area of the booth, The users can also superimpose the booth to the satellite imagery and see the actual view

16. Use for Election Management District GIS Planning and Monitoring Spatial Analysis Route Planning Site Selection

17. Web Based Tool – Can be used through a browser without dependencies Web based Information for all Peoples.

18. All Polling Booths with Detailed Information

19. Information on Click Event

20. Search-N-Find A detailed Search on almost every common places that is needed by the general people. Anybody can anytime search and locate any places of Hooghly. The Last Search Contains an elaborated search panel only for polling booth related searches.

21. Search Primary School GUS For e.g, Enter “GUS”

22. Search Result with Detail Data

23. More Detailed Information on Click Event Click Event

24. Now we are going to Search with the Important places of HOOGHLY.

25. Find With the word “DM”

26. Result

27. Spatial Analysis

28. Identification of Habitations not falling within 2 km of any booth

29. Identifying Habitations which do not have Primary School

30. Network Analysis

31. Major Road Network of Hooghly

32. To identify Route from Booth 110 to Municipality Office

33. Route 1

34. Alternative Route in Blue

35. We Opt “Search by Epic Percentage”.

36. Result Detail Informatio n

37. Command List and Premium Features

38. Results – one bank selected Dynamic Query

39. Individual Distribution AC Boundary

41. Google Earth

42. Result

43. Result with Tool tip

44. Creating Buffer

45. Buffer Created Named as Buffer1

46. Snap Shot of a Base Map of Arambag Sub Division with Polling Booths

47. CAN ALSO ACT AS A VERIFICATION PROCESS Data Overlay on Images to View Actual Ground Conditions

48. Vector Data Superimposed on available imagery on the net

49. Marking of Habitation boundaries within mouza

50. Enlarged view of a Habitation with Important Locations

51. Demarcating of a route through the GIS System

52. Birbhum WebGIS One Step Further

53. Important Points Spatial Layers in form of Database providing more flexibility Central Search Feature System using Google maps as the base Maps Dynamic upload of any data through excel sheets Dynamic Route between any two points Addition and deletion of spatial objects through GPS Enhanced Analysis

54. Birbhum Web GIS – Initial Map View

55. Information on Click Polling Booth

56. Information with Photograph

57. Total Schools and Polling Booths

58. Route Between Two Locations

59. Directions Between Two Locations

60. Legend – Also for Data Selection

61. Integrated Search

62. Hybrid View