Agent learning in autonomic manufacturing execution systems for enterprise networking

Research on assembly quality adaptive control system for complex mechanical products assembly process under uncertainty

“…Quality control system Van Brussel et al [19,20] Holonic manufacturing systems: PROSA Chen et al [21] Algorithms for effective and automated conflict and error prevention and detection Mahdavi et al [22] Real-time quality control information system Helo et al [31] Next MES solution related to real time, cloud-based, light weight operation Zhang et al [23,24] Real-time data acquisition and manufacturing process monitoring Roló n et al [25,26] Intelligent manufacturing execution system Zhong et al [27] RFID-enabled real-time manufacturing execution system Liu et al [28] RFID-enabled real-time data acquisition system Iyama et al [29] High-quality relay production system Kwon et al [30] Real time process management system Assembly quality adaptive control system for complex mechanical products the complex of assembly process. To satisfy the predetermined assembly tolerance, Iyama et al [29] considered the part flow in a high-quality relay production system applying the corrective assembly approach incorporating machining, measurement and reprocessing errors simultaneously, and formulated the production rate of high-quality products.…”

“…Zhang et al [23,24] researched the application of RFID technology in the manufacturing process for the real-time data acquisition and manufacturing process monitoring, such as real-time person information, manufacturing cost, WIP, inventory, etc. In order to better solve the problem of production line stop with orders change, material shortages and equipment failure, Roló n and Martínez [25,26] defined an intelligent manufacturing execution system realizing the monitoring and analysis of order Agent and resource Agent. And the system has been developed to allow selfish behavior and adaptive decision-making in distributed execution control and emergent scheduling [25,26].…”

“…In order to better solve the problem of production line stop with orders change, material shortages and equipment failure, Roló n and Martínez [25,26] defined an intelligent manufacturing execution system realizing the monitoring and analysis of order Agent and resource Agent. And the system has been developed to allow selfish behavior and adaptive decision-making in distributed execution control and emergent scheduling [25,26]. Zhong et al [27] presented an RFIDenabled real-time manufacturing execution system to adapt the shop-floor uncertainty and complexity.…”

Status and future of manufacturing execution systems

“…Industry/ sector/ market/ product typology [9], [6], [8], [5], [7] Production and logistics typology [10], [11] Scope Enterprise level [1], [6], [12], [13] Operational support [1], [14], [6], [15] Functionality Functional configuration [7], [12], [6] Functional role and integration [7], [16], [14], [17], [18], [11] Functional structure [1], [12], [19], [20], [21], [11] Technological factors…”

A new algorithm for generation of dispatchable networks with temporal constraints

“…In industry applications, the industrial information integration engineering is used to resolve problem in this field (Xu 2014;Bulysheva et al 2015). Studies have been done on the practical application of the IS in aerospace engineering and other related fields (Berente et al 2012;Rolón et al 2012;Xu et al 2012), which provides useful reference for this paper.…”