The Experts below are selected from a list of 545637 Experts worldwide ranked by ideXlab platform
Qin Xiang - One of the best experts on this subject based on the ideXlab platform.
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Option-based supply contracts with Dynamic Information sharing mechanism under the background of smart factory
International Journal of Production Economics, 2020Co-Authors: Qunzhi Wang, Xinlin Liu, Zijian Liu, Qin XiangAbstract:Abstract Consider a smart supply chain consisting of a smart parts factory (SPF) and a smart assembly factory (SAF) under the background of smart factory where the Dynamic Information sharing between the SPF and SAF can be easily realized. Dynamic Information sharing, different from static Information sharing, can switch the Information sharing mode between symmetric and asymmetric. We take supply contract with call options (SCCO) as an example to examine how the Dynamic Information sharing mechanism affects the performance of players in the supply chain and find some distinctive conclusions compared with previous studies. We find the static Information sharing mechanism is a special case of the Dynamic Information sharing mechanism. As the degree of Information sharing increases, the profits of the supply chain players do not necessarily rise in the upstream and downstream transaction. That is, complete Information sharing in intelligent manufacturing may not be the best choice for decision makers even with the technical support of sharing Information. Moreover, we find the SAF and also the supply chain can benefit from Dynamic Information sharing mechanism compared with the static Information sharing mode.
Chen Yi-ping - One of the best experts on this subject based on the ideXlab platform.
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EXPERIMENT STUDY ON LANDSLIDES Dynamic Information REAL-TIME ACQUISITION
Computing Techniques for Geophysical and Geochemical Exploration, 2012Co-Authors: Chen Yi-pingAbstract:The landslide Dynamic real-time monitoring and early warning Information technology research have been the one of catastrophic geology important topics about the disaster prevention and reduction research..This paper studies a kind of Dynamic Information gathering technology basing on the induced polarization method "the induced reactance" through carrying on the experiment which can effectively gather real-time Dynamic Information of the landslide internal cause's.This method can promote the "landslide" theory and technology of early warning,make the monitoring direction extend from static exploration assessment and external inducement variable to static exploration assessment and internal inducement variable,and it can realize effective real-time landslide monitoring.
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Approach to Incremental Construction of Use Case Model from Dynamic Information
Application Research of Computers, 2006Co-Authors: Chen Yi-pingAbstract:An approach to incremental construction of use case model from Dynamic Information is brought forward.Making use of Dynamic Information gathered during the running of the target system for many times,use case model of the system can be incrementally constructed and presented in the form of UML use case diagram.Finally,an experiment is conducted.The experimental results show that the approach is correct and the recovered use case model is close to the actual model.
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Dynamic Information Visualization for Reverse Engineering
Computer Engineering, 2005Co-Authors: Chen Yi-pingAbstract:Understanding object-oriented systems is a complex task,which becomes more difficult because of the characteristic possessed by co-currency and distributed system, program no longer corresponds to the run-time program. It is of great useful for user to understand the distributed and co-currency object-oriented systems by instrument into program,obtaining the Dynamic in- formations of processes in the run- time,utilizing technologies of software visualization and presenting these Dynamic Information accurately.
Liu Peng-fei - One of the best experts on this subject based on the ideXlab platform.
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Reverse Engineering of UML2.0 Sequence Diagrams Using Static and Dynamic Information
Computer Science, 2008Co-Authors: Liu Peng-feiAbstract:Compared with UML1.x,UML2.0 introduces the flow of controls to sequence diagrams.A method to reverse engineer UML sequence diagrams using Dynamic Information combined with static Information is presented in this paper.In the proposed method,basic sequence of method calls is first generated from Dynamic Information obtained during the runtime of the target program,and then added with the flow of controls(i.e.the relationship of method calls) based on the static dependency graph.The sequence diagram reverse engineered by this method is self-contained and compatible with the UML2.0 standard,and can efficiently help users to understand the target program.
Qunzhi Wang - One of the best experts on this subject based on the ideXlab platform.
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Option-based supply contracts with Dynamic Information sharing mechanism under the background of smart factory
International Journal of Production Economics, 2020Co-Authors: Qunzhi Wang, Xinlin Liu, Zijian Liu, Qin XiangAbstract:Abstract Consider a smart supply chain consisting of a smart parts factory (SPF) and a smart assembly factory (SAF) under the background of smart factory where the Dynamic Information sharing between the SPF and SAF can be easily realized. Dynamic Information sharing, different from static Information sharing, can switch the Information sharing mode between symmetric and asymmetric. We take supply contract with call options (SCCO) as an example to examine how the Dynamic Information sharing mechanism affects the performance of players in the supply chain and find some distinctive conclusions compared with previous studies. We find the static Information sharing mechanism is a special case of the Dynamic Information sharing mechanism. As the degree of Information sharing increases, the profits of the supply chain players do not necessarily rise in the upstream and downstream transaction. That is, complete Information sharing in intelligent manufacturing may not be the best choice for decision makers even with the technical support of sharing Information. Moreover, we find the SAF and also the supply chain can benefit from Dynamic Information sharing mechanism compared with the static Information sharing mode.
Zijian Liu - One of the best experts on this subject based on the ideXlab platform.
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Option-based supply contracts with Dynamic Information sharing mechanism under the background of smart factory
International Journal of Production Economics, 2020Co-Authors: Qunzhi Wang, Xinlin Liu, Zijian Liu, Qin XiangAbstract:Abstract Consider a smart supply chain consisting of a smart parts factory (SPF) and a smart assembly factory (SAF) under the background of smart factory where the Dynamic Information sharing between the SPF and SAF can be easily realized. Dynamic Information sharing, different from static Information sharing, can switch the Information sharing mode between symmetric and asymmetric. We take supply contract with call options (SCCO) as an example to examine how the Dynamic Information sharing mechanism affects the performance of players in the supply chain and find some distinctive conclusions compared with previous studies. We find the static Information sharing mechanism is a special case of the Dynamic Information sharing mechanism. As the degree of Information sharing increases, the profits of the supply chain players do not necessarily rise in the upstream and downstream transaction. That is, complete Information sharing in intelligent manufacturing may not be the best choice for decision makers even with the technical support of sharing Information. Moreover, we find the SAF and also the supply chain can benefit from Dynamic Information sharing mechanism compared with the static Information sharing mode.
