Reliability Analysis of Networked Control Systems with the Consideration of Operating Frequency

다국어 초록 (Multilingual Abstract)

The operating frequency of the networked control system (NCS) determines both its control performance and heat flux density. Considering the significant effect of thermal stress on the reliability of electronics, a quantitative reliability analysis framework is proposed for NCSs with the consideration of its operating frequency. It includes 5 main steps: 1) Compute the power consumption of all its electronic components using circuit simulation; 2) obtain the thermal stress of these components by thermal simulation; 3) apply the thermal stress results to assessthe reliability of components using the part stress analysis method; 4) calculate the reliability of the modules using reliability block diagrams; and 5) quantify the reliability of the NCS by combining the graph reduction method and other network reliability algorithms together. A double loop networked control system is used as an example to verify the effectiveness of our method.

참고문헌 (Reference)

1 L. Wang, "Towards thermal aware workload scheduling in a data center" 116-122, 2009

2 Q. Tong, "Thermal simulation analysis of reliability of an avionics based on flotherm" 612 (612): 052008-, 2019

3 G. N. Ellison, "Thermal analysis of microelectric packages and printed circuit boards using an analytic solution to the heat conduction equation" 22 (22): 99-111, 1995

4 M. Janicki, "Thermal analysis of layered electronic circuits with greens functions" 38 : 177-184, 2007

5 X. -M. Zhang, "Survey on recent advances in networked control systems" 12 (12): 1740-1752, 2016

6 T. Islam, "Simulation and real-time analysis of active suspension system over controller area network" 2 (2): 70-75, 2018

7 Ming-Zhou Gao, "Robust Adaptive Fault-Tolerant H∞ Control of Reentry Vehicle Considering Actuator and Sensor Faults Based on Trajectory Optimization" 제어·로봇·시스템학회 14 (14): 198-210, 2016

8 B. -L. Zhang, "Resilience analysis and design of event-triggered offshore steel jacket structures" 400 : 429-439, 2019

9 L. Zhang, "Research on delay prediction compensation of teleoperation robot network control system" 106-115, 2019

10 Y. S. Thakur, "Reliability prediction methods for electronic devices and systems-a review" 13 (13): 13063-13069, 2018

11 M. R. Karim, "Reliability and Survival Analysis, ch. Basic Concepts of System Reliability" Springer 2019

12 M. Aghazadeh, "Parametric study of heatspreader thermal performance in 48 lead plastic dip’s and 68 lead plastic leaded chip carriers" 9 (9): 347-352, 1986

13 X. -M. Zhang, "Networked control systems : a survey of trends and techniques" 7 (7): 1-17, 2019

14 R. A. Gupta, "Networked control system : overview and research trends" 57 (57): 2527-2535, 2009

15 L. Zhang, "Network-induced constraints in networked control systems-a survey" 9 (9): 403-416, 2013

16 D. Zhang, "Network-based modeling and proportional-integral control for directdrive-wheel systems in wireless network environments" 50 (50): 2462-2474, 2020

17 S. K. Chaturvedi, "Network Reliability: Measures and Evaluation" John Wiley & Sons 2016

18 G. Morel, "Manufacturing plant control challenges and issues" 15 (15): 1321-1331, 2007

19 R. A. Rojas, "From a literature review to a conceptual framework of enablers for smart manufacturing control" 104 (104): 517-533, 2019

20 Riaz Uddin, "Formal Reliability Analyses of Power Line Communication Networkbased Control in Smart Grid" 제어·로봇·시스템학회 17 (17): 3047-3057, 2019

21 B. -L. Zhang, "Eventtriggered h∞ reliable control for offshore structures in network environments" 368 : 1-21, 2016

22 H. Yang, "Double-loop stability for high frequency networked control systems subject to actuator saturation" 49 (49): 1454-1462, 2019

23 E. Bijami, "Distributed control of networked wide-area systems : A power system application" 11 (11): 3334-3345, 2020

24 JiWoong Han, "Development of a Shared Controller for Obstacle Avoidance in a Teleoperation System" 제어·로봇·시스템학회 18 (18): 2974-2982, 2020

25 Lingmin Zhang, "Consensus Tracking for Teleoperating Cyber-physical System" 제어·로봇·시스템학회 16 (16): 1303-1311, 2018

26 M. O. Ball, "Computational complexity of network reliability analysis : An overview" 35 (35): 230-239, 1986

27 D. Zhang, "Analysis and synthesis of networked control systems : A survey of recent advances and challenges" 66 : 376-392, 2017

28 C. Hua, "Analysis and Design for Networked Teleoperation System, ch. Finite time controller design for bilateral teleoperation system" Springer 113-140, 2019

29 B. Foucher, "A review of reliability prediction methods for electronic devices" 42 : 1155-1162, 2002

30 X. G. Chen, "A novel reliability estimation method of complex network based on Monte Carlo" 20 (20): 1063-1073, 2017

31 G. Pratl, "A new model for autonomous, networked control systems" 3 (3): 21-32, 2007

32 M. C. Yang, "A comparison of using Icepak and Flotherm in electronic cooling" 1 : 240-246, 2000

33 S. Balci, "A CFD simulation of the liquid-cooled pipe conductors for the high power and high frequency power electronic circuits" 147 : 106885-, 2019

34 S. Wang, "5th International Symposium on Advanced Optical Manufacturing and Testing Technologies : Optoelectronic Materials and Devices for Detector, Imager, Display, and Energy Conversion Technology, p" 76585M-, 2010