[논문]Development of a Functional Complexity Reduction Concept of MMIS for Innovative SMRs

Gyan, Philip Kweku; Jung, Jae Cheon

doi:10.14248/jkosse.2021.17.2.069

Development of a Functional Complexity Reduction Concept of MMIS for Innovative SMRs 원문보기

시스템엔지니어링학술지 = Journal of the Korean Society of Systems Engineering, v.17 no.2, 2021년, pp.69 - 81

Gyan, Philip Kweku (Department of NPP Engineering, KEPCO International Nuclear Graduate School) , Jung, Jae Cheon (Department of NPP Engineering, KEPCO International Nuclear Graduate School)

Abstract ▼ AI-Helper

The human performance issues and increased automation issues in advanced Small Modular Reactors (SMRs) are critical to numerous stakeholders in the nuclear industry, due to the undesirable implications targeting the Man Machine Interface Systems (MMIS) complexity of (Generation IV) SMRs. It is imperative that the design of future SMRs must address these problems. Nowadays, Multi Agent Systems (MAS) are used in the industrial sector to solve multiple complex problems; therefore incorporating this technology in the proposed innovative SMR (I-SMR) design will contribute greatly in the decision making process during plant operations, also reduce the number MCR operating crew and human errors. However, it is speculated that an increased level of complexity will be introduced. Prior to achieving the objectives of this research, the tools used to analyze the system for complexity reduction, are the McCabe's Cyclomatic complexity metric and the Henry-Kafura Information Flow metric. In this research, the systems engineering approach is used to guide the engineering process of complexity reduction concept of the system in its entirety.

주제어

표/그림 (17)

그림 [Figure 1] IDEF0 Context diagram of work
그림 [Figure 2] Context development V-model
그림 [Figure 3] Relationship Diagram for I-SMR ConOps and Other Engineering Processes
그림 [Figure 4] System Requirements Identification and Analysis
그림 [Figure 5] I-SMR architecture development[21],[19]
그림 [Figure 6] Model design definition diagram
그림 [Figure 7] concept of McCabe's Cyclomatic control graph
그림 [Figure 8] Concept of Fan-in and Fan-out
그림 [Figure 9] Reference Design High Level MPS Control Structure [11]
표 Information Flow Analysis for Individual Modules
그림 [Figure 10] Low Level Logic Structure of SFM[11]
그림 [Figure 11] Control Graph of SFM Low Level Logic Structure
그림 [Figure 12] Obtained High Level MPS Modification Diagram
그림 [Figure 13] Proposed MPS High Level Control Structure for I-SMR[11],[24]
표 SFM Cyclomatic Complexity Results
표 Proposed MPS High Level Control Structure Information Flow results
표 A Comparative Measure of Overall MPS Complexity

참고문헌 (24)

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