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检索条件"主题词=Communication Control System"

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Software-hardware Interaction Analysis Based on Petri Net

Software-hardware Interaction Analysis Based on Petri Net

引用

26th Chinese control and Decision Conference (CCDC)

作者： Yi Zhaoxiang Mu Xiaodong Zhao Peng Yi Yaqiao Xian Res Inst Hitech Hongqing Town Xian 710025 Peoples R China

ISBN: (纸本)9781479937066

As software and hardware have grown in functionality and complexity, the existing computer systems are confronting serious challenges with safety, dependability and reliability. Being one of the primary causes with responsibility for these challenges, the software-hardware interaction is advanced and widely studied in recent years. Unfortunately, none of the state-of-art researches has achieved widespread applicability in analyzing software-hardware interaction. Due to a lack of general model to describe the process, we present a software-hardware interaction model based on Petri Net(SHIPN), and also propose the systemic analysis method and process for software-hardware interaction. Indicating as a six-ttiple Petri Net, SHIPN is a logic model of system events, and denote the cause and effect between the software events and hardware events, as well as the process of system events. Especially. SHIPN has non-conflict, non-collision and non-competition of resources, and is essentially different from the traditional Petri Net. Subsequently, we define formalized software-hardware interaction events on the basis of SHIPN, and designed an analysis algorithm based on the incident matrix to deduce causations and propagation paths of each software-hardware interaction. An application case in the communication control system demonstrates that SHIPN is an accurate and practicable model, and the proposed method provides an effective approach to analyze software-hardware interaction.

关键词： Software-hardware Interaction Petri Net Propagation Process Analysis Algorithm communication control system

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An Approach of Fault Diagnosis for system Based on Fuzzy Fault Tree

An Approach of Fault Diagnosis for System Based on Fuzzy Fau...

引用

International Conference on MultiMedia and Information Technology

作者： Zhao Peng Mu Xiaodong Yin Zongrun Yi Zhaoxiang Xian Res Inst Hitech Hongging Town Xian 710025 Shanxi Peoples R China

ISBN: (纸本)9780769535562

Due to the complicacy of the communication control system (CCS) structure and the variations in operating conditions, the occurrence of a fault inside CCS is uncertain and random. Aiming at limitations of the current fault diagnosis of CCS, the paper presents an approach to fault diagnosis of fuzzy fusion based on fuzzy fault tree. Elaborated method considers the characteristic of diagnostic object to establish fuzzy fault tree, convert the index of fault rate into fuzzy number of fault rate, perform the fuzzy analysis for the fault tree, determine the confidence interval of probability of top event, and achieve fuzzy reasoning diagnosis result. The details of fuzzy number design are described in the paper and an application example of the method is also provided. The results show that the proposed fuzzy fault tree analysis method is effective and available for fault diagnose of CCS.

关键词： communication control system fault diagnosis fault tree analysis fuzzy set theory fuzzy fault tree

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Software-hardware Interaction Analysis Based on Petri Net

Software-hardware Interaction Analysis Based on Petri Net

引用

第26届中国控制与决策会议

作者： YI Zhaoxiang MU Xiaodong ZHAO Peng YI Yaqiao Xi'an Research Institute of Hi-Tech Hongqing Town Hunan University of Chinese Medicine

As software and hardware have grown in functionality and complexity, the existing computer systems are confronting serious challenges with safety, dependability and reliability. Being one of the primary causes with responsibility for these challenges, the software-hardware interaction is advanced and widely studied in recent years. Unfortunately, none of the state-of-art researches has achieved widespread applicability in analyzing software-hardware interaction. Due to a lack of general model to describe the process, we present a software-hardware interaction model based on Petri Net(SHIPN), and also propose the systemic analysis method and process for software-hardware interaction. Indicating as a six-tuple Petri Net, SHIPN is a logic model of system events, and denote the cause and effect between the software events and hardware events, as well as the process of system events. Especially, SHIPN has non-conflict, non-collision and non-competition of resources, and is essentially different from the traditional Petri Net. Subsequently, we define formalized software-hardware interaction events on the basis of SHIPN, and designed an analysis algorithm based on the incident matrix to deduce causations and propagation paths of each software-hardware interaction. An application case in the communication control system demonstrates that SHIPN is an accurate and practicable model, and the proposed method provides an effective approach to analyze software-hardware interaction.

关键词： Software-hardware Interaction Petri Net Propagation Process Analysis Algorithm communication control system

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