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Development of architecture for digital I&C system using C4ISR framework JUNG JaeCheon1, and QUANG Phamle2
1. KEPCO International Nuclear Graduate School, 1456-1 Shinam-ri, Seosang-myeon, Ulju-gun, Ulsan 689-882, ( jcjung@kings.ac.kr)
2. Ninh Thuan Nuclear Power Project Management Board, 16/4 road, Phan Ranf-Thap Cham City, Ninh Thuan Province, Vietnam, (lequang0912@gmail.com)
Abstract:The architect framework for the digital I&C system is presented in this work. With rapid changes in digital I&C technology, there is a strong need to provide uniform methods to describe the system functions and their performance in context with the physical configuration and logical behavior. C4ISR framework would provide the process and method for the digital system in that it allows the three different views of operational, systems and services, and technical standards. Therefore, stakeholders can share information that is related to the system interfaces, the actions or activities that those components perform, and rules or constraints for those activities from the initial state of system development. As a result, the lifecycle cost and development time for the digital I&C system can also be optimized. These benefits can be obtained by introducing views and products to reveal the logical, behavioral, and performance characteristics of the architecture. To prove this approach, the plant protection system (PPS) is chosen and the architect framework is developed.
Keyword:PPS; C4ISR; safety critical system;digital I&C systems |
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