다중 통합항법 시스템을 위한 랩뷰 기반의 사용자 인터페이스 설계
LabVIEW-based User Interface Design for Multi-Integrated Navigation Systems
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초록
In order to reduce the time and cost of developing a navigation system, a performance evaluation platform can be used. A User Interface (UI) is required to effectively evaluate the performance, which sets parameters and gives navigation sensor signals and data display, and also displays navigation results. In this paper, a LabVIEW-based UI design method for multi-integrated navigation systems is proposed and implementation results are presented. The UI consists of a signal and data generation part and a signal and data processing part. The signal and data generation part sets parameters for the signal and data generation and displays the navigation sensor signal and data generation results. The signal and data processing part sets parameters for the signal and data processing and displays the navigation results. The signal and data generation part and signal and data processing part are designed to satisfy the requirements of the UI for a performance evaluation of the navigation system. In order to show the usefulness of the proposed UI design method, parameters of the signal and data generation and the signal and data processing are set through the LabVIEW-based UI, and the Global Positioning System (GPS) signal and inertial measurement unit data generation results and the navigation results of a GPS Software Defined Receiver (SDR) and inertial navigation system are confirmed. The implementation results show that the proposed UI design method helps users conduct an effective performance evaluation of navigation systems.
Abstract
In order to reduce the time and cost of developing a navigation system, a performance evaluation platform can be used. A User Interface (UI) is required to effectively evaluate the performance, which sets parameters and gives navigation sensor signals and data display, and also displays navigation results. In this paper, a LabVIEW-based UI design method for multi-integrated navigation systems is proposed and implementation results are presented. The UI consists of a signal and data generation part and a signal and data processing part. The signal and data generation part sets parameters for the signal and data generation and displays the navigation sensor signal and data generation results. The signal and data processing part sets parameters for the signal and data processing and displays the navigation results. The signal and data generation part and signal and data processing part are designed to satisfy the requirements of the UI for a performance evaluation of the navigation system. In order to show the usefulness of the proposed UI design method, parameters of the signal and data generation and the signal and data processing are set through the LabVIEW-based UI, and the Global Positioning System (GPS) signal and inertial measurement unit data generation results and the navigation results of a GPS Software Defined Receiver (SDR) and inertial navigation system are confirmed. The implementation results show that the proposed UI design method helps users conduct an effective performance evaluation of navigation systems.
참고문헌 (10)
- Han, S. J., "Monitoring System Design for the GPS", INS Integrated Navigation System, Journal of Institute of Control, 2003, pp.9, 242~250
- Khoiro, A., "Design and Development Graphical User Interface on Inertial Navigation System of Submarine", International Conference on Engineering, Advance Science and Industrial Application, pp.62~67 (2018)
- Kim, H., "Design of Navigation Environment Generation Module of M&S Software for Integrated Navigation System Performance Evaluation", Journal of Positioning, Navigation, and Timing, 7, pp.73~90 (2018)[DOI]
- Kim, H., "Multi-Radio Integrated Navigation System M&S Software Design for GNSS Backup under Navigation Warfare", Electronics, 8, pp.188~ (2019)[DOI]
- Lanagran-Soler, F., "A Matlab Educational GUI for Analysis of GNSS Coverage and Precision", IFAC Workshop on Internet Based Control Education IBCE15, pp.93~98 (2015)
- Lee, S. H., "Technical Trend of Location-Based Service", Electronics and Telecommunications Trends, 20, pp.33~42 (2005)[DOI]
- Lim, S., "Design of a Software-based Multi-Channel GNSS IF Signal Generator", International Conference on Control, Automation and Systems 2008, pp.754~758 (2008)
- "LabVIEW User Manual" (2005)[URL]
- Peteovello, M. G., "Springer Handbook of Global Navigation Satellite Systems" (2017), Springer
- Suprem, A., "Orientation and Displacement Detection for Smartphone Device Based IMUs", IEEE Access, 5, pp.987~997 (2016)[DOI]