Fig. 1 The concept model of ISO 19847/19848
Fig. 2 Function block diagram of shipboard data server
Fig. 3 Channel ID structures (a) Universal ID, (b) Local ID
Fig. 4 Relationship between data set and time series data
Fig. 5 Logical structure of data model (a) Data channel list, (b) Time series data
Fig. 6 Designed system (platform) architecture based on ISO 19847/19848 (DIS)
Fig. 7 IEC 61162-450 message generator
Fig. 8 Data management software (main UI)
Fig. 9 Data management software (setting UI)
Fig. 10 Developed web server for request-response data
Fig. 11 Test scenarios for system verification
Fig. 12 Test results of data input/output performance (a) generation data, (b) receiving data
Fig. 13 System resource monitoring result (a) no traffic, (b) receiving data
Fig. 14 Test result of data channel list
Fig. 15 Test results of streaming data transfer (a) setting for streaming data transfer, (b) data transfer, (c) receiving data
Fig. 16 Test results of request-response data transfer
Fig. 17 Test result of file data transfer
Table. 1 Categorization of requirements in ISO 19847
Table. 2 Shipboard data server performance
Table. 3 Categorization of requirements in ISO 19848
Table. 4 Features of QOS (quality of service)
Table. 5 Features of retain
참고문헌
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피인용 문헌
- ISO 19848 데이터 채널 표현과 선박 기관장비 고장·유지보수 유형 관리를 위한 코드화 기법 vol.24, pp.1, 2018, https://doi.org/10.6109/jkiice.2020.24.1.134