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논문 기본 정보
- 자료유형
- 학술저널
- 저자정보
- 발행연도
- 2016.1
- 수록면
- 1,192 - 1,205 (14page)
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Field programmable gate array (FPGA)-based systems are thought to be a practical option to replace certain obsolete instrumentation and control systems in nuclear power plants. An FPGA is a type of integrated circuit, which is programmed after being manufactured. FPGAs have some advantages over other electronic technologies, such as analog circuits, microprocessors, and Programmable Logic Controllers (PLCs), for nuclear instrumentation and control, and safety system applications. However, safety-related issues for FPGAbased systems remain to be verified. Owing to this, modeling FPGA-based systems for safety assessment has now become an important point of research. One potential methodology is the dynamic flowgraph methodology (DFM). It has been used for modeling software/hardware interactions in modern control systems. In this paper, FPGA logic was analyzed using DFM. Four aspects of FPGAs are investigated: the “IEEE 1164 standard,” registers (D flip-flops), configurable logic blocks, and an FPGA-based signal compensator. The ModelSim simulations confirmed that DFM was able to accurately model those four FPGA properties, proving that DFM has the potential to be used in the modeling of FPGAbased systems. Furthermore, advantages of DFM over traditional reliability analysis methods and FPGA simulators are presented, along with a discussion of potential issues with using DFM for FPGA-based system modeling.
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참고문헌 (34)
참고문헌 신청
J. Ranta / 2012 / The Current State of FPGA Technology in the Nuclear Domain / VTT Technical Research
International Electrotechnical Commission / 2004 / Nuclear Power Plants-Instrumentation and Control Important for Safety-Software Aspects for Computer-Based Systems Performing Category B or C Functions
International Electrotechnical Commission / 2012 / Nuclear Power Plants-Instrumentation and Control Important to Safety-Development of HDL-Programmed Integrated Circuits for Systems Performing Category A Functions / IEC
J. She / 2012 / Potential improvement of CANDU NPP safety margins by shortening the response time of shutdown systems using FPGA based implementation / Nucl. Eng. Des 244:43~51
J. Naser / 2011 / Recommended Approaches and Design Criteria for Application of Field Programmable Gate Arrays in Nuclear Plant Instrumentation and Control / Electric Power Research Institute
International Electrotechnical Commission / 2004 / Nuclear Power Plants-Instrumentation and Control Important for Safety-Software Aspects for Computer-Based Systems Performing Category B or C Functions
International Electrotechnical Commission / 2012 / Nuclear Power Plants-Instrumentation and Control Important to Safety-Development of HDL-Programmed Integrated Circuits for Systems Performing Category A Functions / IEC
J. She / 2012 / Potential improvement of CANDU NPP safety margins by shortening the response time of shutdown systems using FPGA based implementation / Nucl. Eng. Des 244:43~51
J. Naser / 2011 / Recommended Approaches and Design Criteria for Application of Field Programmable Gate Arrays in Nuclear Plant Instrumentation and Control / Electric Power Research Institute
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