Geo informatics system (GIS)

K-12_Geography

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  • 4
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  • 10K
  • Version
  • 5.2

Details :

The app is a complete handbook of Geo informatics system (GIS) with diagrams and graphs. It is part of Civil engineering education which brings important topics, notes, news & blog on the subject. Download the App as quick reference guide & ebook on this Civil engineering subject. It covers More than 100 topics of Geo informatics system (GIS) in detail. The topics are divided in 5 units. This App is actually Notes on subject, which covers all the topics in brief with an objective of Quick learning and revision of the subject. You can consider this App as a note which professors guides with in a classroom. Some of topics Covered in this application are: 1. INTRODUCTION OF GIS 2. GIS to Geocomputation 3. Technological Facilitation 4. BASIC FUNCTIONALITY OF GIS 5. A SYSTEM DEFINITION OF GIS 6. GIS Science and the Rise of Geo-Information Engineering 7. GIS SCIENCE TO FOLLOW 8. ISSUES OF GISCIENCE AS SELECTIVE GROUPING OF ASPECTS 9. INTRODUCTION OF CARTOGRAPHY 10. GEOINFORMATION TECHNOLOGY AND CARTOGRAPHY 11. COORDINATE SYSTEM 12. GLOBAL SYSTEMS 13. PROJECTION BASICS FOR GIS PROFESSIONALS 14. MAP SCALE 15. MAP PROJECTION 16. GEOMETRIC TRANSFORMATION 17. VECTOR AND RASTER DATA 18. SAPATIAL PHENOMENON OF GIS 19. SPATIAL DATA FUNCTION 20. DATA COLLECTION TECHNOLOGIES 21. REMOTE SENSING 22. GROUND SURVEY 23. The Role and Nature of Environmental Models 24. CONTEXT OF ENVIRONMENTAL MODELLING 25. A SUMMARY OF MODEL DEVELOPMENT 26. APPLYING MODELS 27. MODELLING LANDSLIDES 28. MODELLING TOPOGRAPHY 29. TYPOLOGY OF MODELS 30. APPROACHES TO MODELLING 31. REPRESENTATION AND COMPUTATION OF GEOGRAPHIC DYNAMICS 32. TEMPORAL MODELLING 33. TEMPORAL GIS 34. DATABASE CONCEPTS 35. DATABASE DESIGN 36. DATA INPUT TECHNIQUES 37. DATA ENCODING 38. GLOBAL POSITIONING SYSTEM(GPS) 39. COMPARISON OF ENCODING AND DECODING 40. MAP LAYOUTS 41. MAP LAYOUTS ELEMENTS 42. COMPLETING MAPS AND SEQUENCES 43. SEQUENCING TECHNOLOGIES 44. MAPPING TECHNOLOGY 45. EVALUATING MODELS 46. MAP ALGEBRA 47. MAP ELGEBRA INPUT TYPES 48. OVERLAY ANALYSIS 49. VECRTOR AND RASTER OVERLAY 50. TARAIN MODELLING 51. SPATIAL INTERPOLATION 52. TRANSFER FUNCTION 53. GIS & ARTIFICIAL NEURAL NETWORKS 54. NETWORKS 55. GIS AND NETWORK ANALYSIS 56. WATER RESOURCE APPLICATIONS OF GIS 57. HYDROLOGIC MODELLING 58. GIS AND SOCIETY 59. GIS AND TRANSPORTATION 60. GIS BASED ASSESSMENT OF GEOTECHNICAL CHARACTIRISTICS 61. GEOTECHNICAL STRUCTURES 62. SPATAIL DATA GENERILAZTION IN GIS 63. WEB MAPPING 64. IMPORTANCE OF WEB BASED DESIGN 65. ENVIRONMENTAL IMPACT ANALYSIS 66. MAP SERVICE 67. ESTABLISHMENT AND DEVELOPMENT OF EFA MONITORING SYSTEMS 68. GIS IN UTILITY MANAGEMENT 69. THEMTIC MAPPING 70. Restructured-Accelerated Power Development and Reforms Programmed 71. GIS IN UTILITY MANAGEMENT 72. THEMTIC MAPPING 73. Restructured-Accelerated Power Development and Reforms Programmed 74. PHOTOGRAMMETRY 75. MOBILE MAPPING 76. CHANGE DETECTION TECHNIQUES 77. MONITORING AND FOLLOW -UP 78. GEO-INDICATORS AND ENVIRONMENTAL INDICATORS 79. URBAN ANALYSIS 80. SCOPE OF ENVIRONMENTAL ASSESSMENT 81. OPEN GEOSPATIALCONSORTIUM(OGC) STANDARDS 82. CASE STUDIES WITH PRACTICAL EXAMPLES 83. LAND INFORMATION SYSTEM 84. ROAD CADASTRE 85. INTRODUCTION TO REMOTE SENSING 86. GEODESY 87. CURRENT APPLICATION OF REMOTE SENSING 88. Introduction to Remote Sensing- Glossary of Terms 89. REMOTE SENSING-SENSORS 90. PRINCIPLES OF REMOTE SENSING 91. ELECTROMAGNETIC RADIATION 92. ACTIVE & PASSIVE WAVE EQUATION 93. IMPACT OF ELECTROMAGNETIC RADIATION 94. MECHANISM OF ELECTROMAGNETIC RADIATION 95. BIDIRECTIONAL REFLACTANCE DISTRIBUTION SYSTEM (BRDF) 96. SPECTRAL SIGNATURE All topics are not listed because of character limitations set by the Play Store.
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