The Experts below are selected from a list of 6 Experts worldwide ranked by ideXlab platform
Amiy Varma - One of the best experts on this subject based on the ideXlab platform.
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DOCUMENTATION OF SOUTH DAKOTA'S ITS/CVO Data ARCHITECTURE
1999Co-Authors: Edward S. Fekpe, Amiy VarmaAbstract:This report documents the Intelligent Transportation Systems/Commercial Vehicle Operations (ITS/CVO) Data architecture for the State of South Dakota. It details the current state of affairs in terms of CVO business areas, processes, Data flow linkages and the systems used by each agency and for each process. This study also identifies the system deficiencies in terms of commercial vehicle information systems and networks (CVISN) deployment. Process and Data models are developed using information engineering methodology/framework and software that are consistent with South Dakota's Bureau of Information Telecommunication's newly approved information engineering standards. The process model includes Data flow diagrams (DFD) showing details of the information flow for each process and sub-process. The Data model includes Entity relationship diagrams (ERD) that show Data attributes and major components associated with each Key Data Entity. Interaction matrices are developed to show the linkages between Data and processes and identify the level of Data usage and sharing as well as any missing links in Data exchange among agencies. The process-to-organization matrix maps the processes to the state agencies that perform the processes. A process-Entity interaction or CRUD matrix maps the business area processes to the subject areas. The CRUD matrix shows Data dependencies between the processes and subject areas. This report also identifies current system characteristics and deficiencies with regards to CVISN systems deployment. CVISN architecture top-level design templates and equipment packages are used as templates to summarize the Data gathered in the study. The purpose is to gauge current systems' compatibility and to help identify areas of focus in developing and deploying CVISN in South Dakota. The templates reflect the major functions that support CVO in South Dakota and illustrate which functions currently exchange information. They also serve as starting points in developing operational scenarios and system interfaces.
Edward S. Fekpe - One of the best experts on this subject based on the ideXlab platform.
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DOCUMENTATION OF SOUTH DAKOTA'S ITS/CVO Data ARCHITECTURE
1999Co-Authors: Edward S. Fekpe, Amiy VarmaAbstract:This report documents the Intelligent Transportation Systems/Commercial Vehicle Operations (ITS/CVO) Data architecture for the State of South Dakota. It details the current state of affairs in terms of CVO business areas, processes, Data flow linkages and the systems used by each agency and for each process. This study also identifies the system deficiencies in terms of commercial vehicle information systems and networks (CVISN) deployment. Process and Data models are developed using information engineering methodology/framework and software that are consistent with South Dakota's Bureau of Information Telecommunication's newly approved information engineering standards. The process model includes Data flow diagrams (DFD) showing details of the information flow for each process and sub-process. The Data model includes Entity relationship diagrams (ERD) that show Data attributes and major components associated with each Key Data Entity. Interaction matrices are developed to show the linkages between Data and processes and identify the level of Data usage and sharing as well as any missing links in Data exchange among agencies. The process-to-organization matrix maps the processes to the state agencies that perform the processes. A process-Entity interaction or CRUD matrix maps the business area processes to the subject areas. The CRUD matrix shows Data dependencies between the processes and subject areas. This report also identifies current system characteristics and deficiencies with regards to CVISN systems deployment. CVISN architecture top-level design templates and equipment packages are used as templates to summarize the Data gathered in the study. The purpose is to gauge current systems' compatibility and to help identify areas of focus in developing and deploying CVISN in South Dakota. The templates reflect the major functions that support CVO in South Dakota and illustrate which functions currently exchange information. They also serve as starting points in developing operational scenarios and system interfaces.
G.-h. Liu - One of the best experts on this subject based on the ideXlab platform.
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Mining business process based on Artifact operation logs
Jisuanji Jicheng Zhizao Xitong Computer Integrated Manufacturing Systems CIMS, 2015Co-Authors: Yu-min Wang, Zan Huang, G.-h. LiuAbstract:To discover the useful knowledge in business process, by combining with the Data-centric business process management and process mining technology, Artifact operation logs were established according to record the operation, operator and operate time of Key Data Entity. Based on Artifact operation logs, Artifact lifecycle model was found with process mining, and the searching algorithm of deregulation process was given by analyzing the dependency relationship among Artifact instances and the social network among process executors. The result showed that the interactive relationship between Key business Data was discovered with Data-centric business process mining, which could provide the effective method for analyzing the correctness of business. ©, 2015, Jisuanji Jicheng Zhizao Xitong/Computer Integrated Manufacturing Systems, CIMS. All right reserved.
Yu-min Wang - One of the best experts on this subject based on the ideXlab platform.
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Mining business process based on Artifact operation logs
Jisuanji Jicheng Zhizao Xitong Computer Integrated Manufacturing Systems CIMS, 2015Co-Authors: Yu-min Wang, Zan Huang, G.-h. LiuAbstract:To discover the useful knowledge in business process, by combining with the Data-centric business process management and process mining technology, Artifact operation logs were established according to record the operation, operator and operate time of Key Data Entity. Based on Artifact operation logs, Artifact lifecycle model was found with process mining, and the searching algorithm of deregulation process was given by analyzing the dependency relationship among Artifact instances and the social network among process executors. The result showed that the interactive relationship between Key business Data was discovered with Data-centric business process mining, which could provide the effective method for analyzing the correctness of business. ©, 2015, Jisuanji Jicheng Zhizao Xitong/Computer Integrated Manufacturing Systems, CIMS. All right reserved.
Zan Huang - One of the best experts on this subject based on the ideXlab platform.
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Mining business process based on Artifact operation logs
Jisuanji Jicheng Zhizao Xitong Computer Integrated Manufacturing Systems CIMS, 2015Co-Authors: Yu-min Wang, Zan Huang, G.-h. LiuAbstract:To discover the useful knowledge in business process, by combining with the Data-centric business process management and process mining technology, Artifact operation logs were established according to record the operation, operator and operate time of Key Data Entity. Based on Artifact operation logs, Artifact lifecycle model was found with process mining, and the searching algorithm of deregulation process was given by analyzing the dependency relationship among Artifact instances and the social network among process executors. The result showed that the interactive relationship between Key business Data was discovered with Data-centric business process mining, which could provide the effective method for analyzing the correctness of business. ©, 2015, Jisuanji Jicheng Zhizao Xitong/Computer Integrated Manufacturing Systems, CIMS. All right reserved.
