원문정보
LBS와 기능성 모바일매핑을 위한 지오컴퓨팅 플랫폼의 설계와 구현
피인용수 : 0건 (자료제공 : 네이버학술정보)
목차
1. Introduction
1.1. Background
1.2. Research Objectives
1.3. Research Methods
1.4. Thesis Organization
2. Literature and Technology Review
2.1. Location-Aware Computing
2.1.1. Location as Context
2.1.2. Technology E1ements
2.2. Mobile GiS
2.2.1. Extension of GIS Environment
2.2.2. Coupling of Mobile GIS and GPS
2.2.3. Current Technologies
2.3. Wireless Map Service
2.3.1. Request/Response Structure of Map Service
2.3.2. Technology Standard of Wireless Map Service
2.4. Location Based Services
2.4.1. Definition and Meaning
2.4.2. Key Technology
2.4.3. Major LBS Server Products
2.4.4. Service Contents
2.4.5. Comparison of LBS to Mobile GIS
2.5. Software Engineering and Software Development
2.5.1. Object-Oriented Software Engineering
2.5.2. Unified Modeling Language
2.5.3. Component-Based Software Engineering
2.5.4. COTS Interoperability
2.5.5. Middleware Technology
2.5.6 NET-based Technology
3. Framework Design of Geocomputing Platform
3.1. Overview
3.2. Module Composition
3.2.1. Location-Awareness
3.2.2. Mobile Embedded Mapping
3.2.3. Mobile Internet Mapping
3.3. Development Environment
3.3.1. Mobile Device and GPS Receiver
3.3.2. Development Tool
4. Implementation of Geocomputing Platform
4.1. Location-Awareness
4.1.1. Serial Communication
4.1.2. GPS Data Hand1ing
4.1.3. Coordinate Transformation
4.1.4. API Development
4.1.5. Feasibility Test
4.2. Mobile Embedded Mapping
4.2.1. Map Data Pre-processing
4.2.2. Visualization
4.2.3. Topological Operation
4.2.4. API Development
4.2.5. Feasibility Test
4.3. Mobile Internet Mapping
4.3.1. Location Middleware
4.3.2. Mapping Middleware
4.3.3. API Development
4.3.4. Feasibility Test
5. Application Prototyping
5.1. Overview
5.2. Field Data Collection
5.2.1. Utilization of Field Data Collection
5.2.2. Sampling Method
5.2.3. Application Prototype
5.3. Cadastral Information Service
5.3.1. LIS and Cadastral Information
5.3.2. Application Prototype
6. Conclusion
6.1. Research Summary
6.2. Research Implications
6.3. Future Work
Bibliography
국문초록
1.1. Background
1.2. Research Objectives
1.3. Research Methods
1.4. Thesis Organization
2. Literature and Technology Review
2.1. Location-Aware Computing
2.1.1. Location as Context
2.1.2. Technology E1ements
2.2. Mobile GiS
2.2.1. Extension of GIS Environment
2.2.2. Coupling of Mobile GIS and GPS
2.2.3. Current Technologies
2.3. Wireless Map Service
2.3.1. Request/Response Structure of Map Service
2.3.2. Technology Standard of Wireless Map Service
2.4. Location Based Services
2.4.1. Definition and Meaning
2.4.2. Key Technology
2.4.3. Major LBS Server Products
2.4.4. Service Contents
2.4.5. Comparison of LBS to Mobile GIS
2.5. Software Engineering and Software Development
2.5.1. Object-Oriented Software Engineering
2.5.2. Unified Modeling Language
2.5.3. Component-Based Software Engineering
2.5.4. COTS Interoperability
2.5.5. Middleware Technology
2.5.6 NET-based Technology
3. Framework Design of Geocomputing Platform
3.1. Overview
3.2. Module Composition
3.2.1. Location-Awareness
3.2.2. Mobile Embedded Mapping
3.2.3. Mobile Internet Mapping
3.3. Development Environment
3.3.1. Mobile Device and GPS Receiver
3.3.2. Development Tool
4. Implementation of Geocomputing Platform
4.1. Location-Awareness
4.1.1. Serial Communication
4.1.2. GPS Data Hand1ing
4.1.3. Coordinate Transformation
4.1.4. API Development
4.1.5. Feasibility Test
4.2. Mobile Embedded Mapping
4.2.1. Map Data Pre-processing
4.2.2. Visualization
4.2.3. Topological Operation
4.2.4. API Development
4.2.5. Feasibility Test
4.3. Mobile Internet Mapping
4.3.1. Location Middleware
4.3.2. Mapping Middleware
4.3.3. API Development
4.3.4. Feasibility Test
5. Application Prototyping
5.1. Overview
5.2. Field Data Collection
5.2.1. Utilization of Field Data Collection
5.2.2. Sampling Method
5.2.3. Application Prototype
5.3. Cadastral Information Service
5.3.1. LIS and Cadastral Information
5.3.2. Application Prototype
6. Conclusion
6.1. Research Summary
6.2. Research Implications
6.3. Future Work
Bibliography
국문초록
저자정보
참고문헌
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