Chapter
Chapter 3:
SPACE IMAGE SOURCE FOR PROCESSING
3.1. REMOTE SENSING METHODS AND GEOGRAPHIC INFORMATION
SYSTEM TECHNOLOGY BASES AND EVOLUTION STAGES
3.2. A SHORT HISTORY DESCRIPTION OF
REMOTE SENSING METHODS
3.3. FACILITIES OF THE REMOTE SENSING DATA ACCESS
3.4. SENSORS OF ELECTROMAGNETIC RADIATION DETECTION FOR
REMOTE SENSING
3.5. REMOTE SENSING METHODS AND GEOGRAPHIC INFORMATION
SYSTEM TECHNOLOGY OPERATION
3.6. DATA SOURCES FOR REMOTE SENSING AND GEOGRAPHIC
INFORMATION SYSTEM APPLICATIONS
3.7. TEST SITE/IN-SITU DATA FOR EARTH OBSERVATION
IN CASE OF LIMITED FIELD DATA ACCESS
Chapter 4:
SPACE TECHNOLOGY APPLICATIONS IN
ENGINEERING AND MANAGEMENT
4.1. REMOTE SENSING AND GEOGRAPHIC INFORMATION SYSTEM
IN MANAGEMENT
4.2. BENEFITS AND LIMITATIONS OF THE SYSTEM
4.3. INTEGRATION OF REMOTE SENSING DATA AND SYSTEM
APPLICATIONS PRODUCT IN PLANNING
4.4. ENGINEERING AND ENGINEERING MANAGEMENT
SPACE TECHNOLOGY APPLICATION
4.5. SPACE TECHNOLOGY APPLICATIONS – COST EFFECTIVENESS
Chapter 5:
SPACE TECHNOLOGY: CIVIL PLANNING
5.1. REMOTE SENSING AND GEOGRAPHIC INFORMATION SYSTEM
OVERVIEW IN DIFFERENT SPHERES
5.2. WATER RESOURCES ENGINEERING
5.3. TOWN PLANNING AND URBAN DEVELOPMENT
5.4. TRANSPORTATION DEVELOPMENTS
5.5. REMOTE SENSING METHODS AND GEOGRAPHIC INFORMATION
SYSTEMS TECHNOLOGY APPLICATION IN 3-D PERFORMING
5.6. THE USE OF REMOTE SENSING AND GEOGRAPHIC INFORMATION
SYSTEMS IN CONSTRUCTION PROCESS
5.7. CONSTRUCTION SITE LAYOUT DEVELOPMENT WITH REMOTE
SENSING AND GEOGRAPHIC INFORMATION SYSTEMS APPLICATION
5.8. REMOTE SENSING AND GEOGRAPHIC INFORMATION SYSTEM
APPLICATIONS IN INDUSTRY
Chapter 6:
REMOTE SENSING AND GEOGRAPHIC INFORMATION
SYSTEM METHODS IN TOWN PLANNING
6.1. APPROACH OF REMOTE SENSING AND GEOGRAPHIC
INFORMATION SYSTEM IN TOWN PLANNING
6.2. REMOTE SENSING METHOD AND GEOGRAPHIC INFORMATION
SYSTEM TECHNOLOGIES APPLICATIONS IN TOWN PLANNING
6.4. STATE- OF- THE-ART OF REMOTE SENSING AND GEOGRAPHIC
INFORMATION SYSTEM IN TOWN PLANNING
6.5. ENGINEERING SERVICES IN TOWN PLANNING WITH THE USE
OF REMOTE SENSING METHOD AND GEOGRAPHIC INFORMATION
SYSTEM TECHNOLOGY APPLICATIONS
6.6. TOWN PLANNING EXPANSION
6.7. TOWN PLANNING ADVANCES WITH APPLICATION OF REMOTE
SENSING AND GEOGRAPHIC INFORMATION SYSTEM TECHNOLOGY
6.8. DYNAMIC CHANGE DEFINITION IN TOWN PLANNING
6.9. TOWN PLANNING MODIFICATION
6.10. GEO-INFORMATION SYSTEM IN TOWN PLANNING
6.11. ADVANTAGES OF REMOTE SENSING AND GEOGRAPHIC
INFORMATION SYSTEM TECHNOLOGIES IN TOWN PLANNING
6.12. REMOTE SENSING DATA ACCESS
6.13. LIMITATIONS OF REMOTE SENSING AND GEOGRAPHIC
INFORMATION SYSTEM TECHNOLOGY USE
6.14. FOLLOW UP STAGES OF REMOTE SENSING METHOD AND
GEOGRAPHIC INFORMATION SYSTEM TECHNOLOGIES APPLICATION
IN TOWN PLANNING
6.15. AN IMPORTANCE OF USE OF REMOTE SENSING METHOD AND
GEOGRAPHIC INFORMATION SYSTEM TECHNOLOGIES
IN TOWN PLANNING
6.16. TOWN PLANNING DEVELOPMENT BASED ON REMOTE SENSING
DATA AND GEOGRAPHIC INFORMATION SYSTEM
TECHNOLOGY ADVANCES
6.17. SPACE TECHNOLOGY ADVANCES APPLICATION IN
TOWN PLANNING
Chapter 7:
ARCHITECTURAL DESIGN WITH USE OF SPACE
TECHNOLOGY ACHIEVEMENTS
7.1. REMOTE SENSING AND GEOGRAPHICAL INFORMATION SYSTEM
APPLICATIONS IN ARCHITECTURAL DESIGN
7.2. REMOTE SENSING METHODS AND GEOGRAPHICAL
INFORMATION SYSTEM TECHNOLOGY IN DESIGN PROCESS
7.3. ARCHITECTURAL DESIGN OF YACHT
Chapter 8:
ENVIRONMENTAL ASPECTS OF
SPACE TECHNOLOGY CONTRIBUTION
8.1. AN ENVIRONMENTAL IMPACT ASSESSMENT WITH USE OF
SPACE TECHNOLOGY ADVANCES
8.2. ADVANCES OF SPACE TECHNOLOGY IN GEOTECHNICAL STUDIES
8.3. REMOTE SENSING AND GEOGRAPHIC INFORMATION SYSTEM IN
THE POWER ENERGY TRANSMISSION –
ENVIRONMENTAL PROBLEMS SOLUTION
8.4. HUMAN IMPACT OF ENVIRONMENTAL PROBLEM SOLVING BY
ADVANCES OF SPACE TECHNOLOGY
8.5. WHAT WE CAN DO FOR MORE ACHIEVEMENTS AND
CHALLENGES IN THE OIL SPILL DETECTION?
8.6. ADVANCES OF REMOTE SENSING IN OIL SPILL DETECTION
8.7. GEOGRAPHIC INFORMATION SYSTEM DEVELOPED ON
THE BASE OF REMOTE SENSING DATA