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Geo informatics system

de Ashish Kumar

Les informations sur les prix ne sont pas disponibles
Vendu par : Amazon Media EU Sarl
Disponible instantanément
Langues prises en charge : Anglais

Cette application a besoin de l'autorisation d'accès:

  • Ouvrir les ports du réseau
  • Accéder aux informations sur les réseaux
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Détails sur le produit



Caractéristiques du produit

  • This unique free application is for all students across the world. It covers 112 topics of Geo informatics system in detail. These 112 topics are divided in 5 units.
  • Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
  • This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.
  • Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
  • 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
  • 97. EMR interaction with soil, water
  • 98. INTRODUCTION TO DIGITAL IMAGE
  • 99. CLIMATE CHANGE DISPATCH (CCD)

Description du produit

This unique free application is for all students across the world. It covers 112 topics of Geo informatics system in detail. These 112 topics are divided in 5 units.

Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.

This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.

Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.

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
97. EMR interaction with soil, water
98. INTRODUCTION TO DIGITAL IMAGE
99. CLIMATE CHANGE DISPATCH (CCD)

Détails techniques

Taille : 2MB
Version : 1.0
Développé par : Ashish Kumar ( Politique de confidentialité Cliquez pour voir le résultat complet dans une nouvelle fenêtre )
Autorisations d'application : ( Aidez-moi à comprendre ce que les autorisations signifient )
  • Ouvrir les ports du réseau
  • Accéder aux informations sur les réseaux
  • Obtenir des informations sur les tâches utilisées actuellement ou récemment : une vignette des tâches, quelles activité sont en cours d'utilisation dans cette vignette, etc.
  • Ouvrir les fenêtres à l'aide du type TYPE_SYSTEM_ALERT, affiché au-dessus des autres applications
  • Accéder aux informations sur les réseaux Wifi
  • Lire seulement l'accès à l'état du téléphone
Système d'exploitation minimal : Android 2.2
Temps de téléchargement approximatif : Moins de 30 secondes

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