학술논문
MAGIC
이용수 0
- 영문명
- 발행기관
- 한국항해항만학회
- 저자명
- N. Zarraoa A. Tajdine J. Caro I. Alcantarilla D. Porras
- 간행물 정보
- 『한국항해항만학회 학술대회논문집』2006년도 International Symposium on GPS/GNSS Vol.1, 1~5쪽, 전체 5쪽
- 주제분류
- 공학 > 해양공학
- 파일형태
- 발행일자
- 2006.10.24
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국문 초록
영문 초록
GNSS Services and Applications are today in permanent evolution in all the market sectors. This evolution comprises: · New constellations and systems, being GALILEO probably the most relevant example, but not the only one, as other regions of the world also dwell into developing their own elements (e.g. the Chinese Beidou system). . Modernisation of existing systems, as is the case of GPS and GLONASS . New Augmentation services, WAAS, EGNOS, MSAS, GRAS, GAGAN, and many initiatives from other regions of the world . Safety of Life services based on the provision of integrity and reliability of the navigation solutions through SBAS and GBAS systems, for aeronautical or maritime applications . New Professional applications, based on the unprecedented accuracies and integrity of the positioning and timing solutions of the new navigation systems with examples in science (geodesy, geophysics), Civil engineering (surveying, construction works), Transportation (fleet management, road tolling) and many others. . New Mass-market applications based on cheap and simple GNSS receivers providing accurate (meter- level) solutions for daily personal navigation and information needs. Being on top of this evolving market requires an active participation on the key elements that drive the GNSS development. Early access to the new GNSS signals and services and appropriate testing facilities are critical to be able to reach a good market position in time before the next evolution, and this is usually accessible only to the large system developers as the US, Europe or Japan. Jumping into this league of GNSS developers requires a large investment and a significant development of technology, which may not be at range for all regions of the world. Bearing in mind this situation, MAGIC appears as a concept initiated by a small region within Europe with the purpose of fostering and supporting the development of advanced applications for the new services that can be enabled by the advent of SBAS systems and GALILEO. MAGIC is a low cost platform based on the application of technology developed within the EGNOS project (the SBAS system in Europe), which encompasses the capacity of providing real time EGNOS and, in the near future, GALILEO-like integrity services. MAGIC is designed to be a testing platform for safety of life and liability critical applications, as well as a provider of operational services for the transport or professional sectors i n its region of application. This paper will present in detail the MAGIC concept, the status of development of the system within the Madrid region in Spain, the results of the first on-field demonstrations and the immediate plans for deployment and expansion into a complete SBAS+GALILEO regional augmentation system.
목차
1. Introduction
2. MAGIC
3. MAGIC DEVELOPMENT STATUS
4. Fostering GNSS Technology development with MAGIC
5. Conclusion
해당간행물 수록 논문
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- SBAS SIGNAL SYNCHRONIZATION
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- Error Analysis of time-based and angle-based location methods
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- A New GPS Receiver Correlator for the Deeply Coupled GPS/INS Integration System
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- Improvement of a Low Cost MEMS-based GPS/INS, Micro-GAIA
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- MAGIC
- Gate-to-Gate with Modernized GPS, GALILEO and GBAS
- Ship Collision Avoidance System Considering Ship's Maneuverability
- Solution and Estimate to the Angular Velocity of INS Formed only by Linear Accelerometers
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- Test and Integration of Location Sensors for Position Determination in a Pedestrian Navigation System
- Variation of Harbor Oscillations in Yeongil Bay
- Evolution of Korean Maritime DGPS System to High Accuracy Nationwide DGPS Service
- Development of Broad-Band Electromagnetic Wave Absorber for X-band Sensors in Double-layered Type Using Carbon
- Performance Requirement of Ship’s Speed in Docking/Anchoring Maneuvering
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- Study on the Application of GPS to Monitoring Land Subsidence
- LEO Satellite Time Synchronization Architecture
- The Datum Design Study of High Precision GPS Height Monitoring Network
- Treatment of ballast water by complex process of advance filtration system
- A Study on the Comparison of wind pressure on the member of Container Crane using Wind tunnel test and CFD
- Monitoring Activities of Permanent GPS Stations at Tide Gauge in South Korea
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