discrete event manufacturing systems
Determination of optimum of production rate of network failure prone manufacturing systems with perishable items using discrete event simulation and Taguchi design of experiment
... a manufacturing system with time-delay, demand uncertainty and extra ...mono-product manufacturing cell with stochastic non-negligible corrective and preventive ...
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Using Interval Petri Nets and Timed Automata for Diagnosis of Discrete Event Systems (DES)
... Discrete event systems is an area of research that is developing within the interstices of computer, control and communication sciences ...intelligent systems operating within real time ...to ...
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Application of Process FMEA and Discrete Event Simulation in a Crank Shaft Manufacturing Unit
... costs. Discrete event simulation is the process of designing a model of a real system and conducting experiments with that model, for purpose of either understanding the behavior of the system or evaluating ...
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Shared discrete event control of human-robot systems
... dynamic systems have received a lot of attention in recent years, for examples see [16] [25] ...applications discrete event control simply lends itself as the "perfect" ...other ...
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Structural decentralised control of concurrent discrete-event systems
... control systems are usually described by differential equations, where the changes of underlying (continuous) state variables are continuously specified over ...of systems whose behaviour is characterised ...
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Continuous-Time Delay-Petri Nets as a new tool to Design State Space Controller
... Recently, due to great advances in technology and computer aided techniques, modelling based on Petri Nets has attracted researchers’ attention. Automata and Petri Nets are the main modelling tools in the area of control ...
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Modelling Approach for Discrete Event Systems Through Petri Nets and Timed Automata
... ime systems [13] ...model manufacturing systems whose activity times are included between a minimu m and a ma ximu m ...the discrete parts of system co ...regulation systems and for ...
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Improving Home Appliance Assembly Line Throughput Using Discrete Event Simulation and Cellular Manufacturing
... complex manufacturing systems. Discrete-event simulation techniques, it became very cost-effective to analyze the system whose state changes at discrete intervals of time, Perkins, ...
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Literature Review on Manufacturing System Performance Improvement by Modeling and Simulation
... a Manufacturing Plant Using Discrete Event Simulation ...processes, systems or ...and Systems Engineering solutions for various service and production ...
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Data quality problems in discrete event simulation of manufacturing operations
... The data quality area has recognized a particularly challenging aspect of data quality: relativity - what can be considered good data for one user might not be sufficient for another. Several related perspectives on this ...
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Implementation of Hierarchical and Distributed Control for Discrete Event Robotic Manufacturing Systems
... dinate multiple robots and machines, but this is a very limited form of communication between processes. So- phisticated tasks require efficient means for coordination and for sharing the state of the system between ...
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Modeling Maintenance Productivity Measurement of Engineering Production Systems: Discrete Event Simulation Approach
... In manufacturing circles the word productivity is used in a variety of sense some of which are conflicting or very qualitative, namely, “efficiency”, “overall effectiveness”, ...
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Reduction of Work in Process in Manufacturing Systems by Means of a Theory of Constraints Approach and Discrete Event Simulation
... The present manufacturing system is of shared resources [19]. It will be analyzed using the methodology proposed in the previous section. This system can see in Figure 2, consists of three operations of which two ...
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A comparison of discrete event simulation and system dynamics for modelling health care systems
... DES models make frequent use of animation and graphics, and can be made interactive; all these features are very useful for communication with clients. The models produce a vast range of output, often showing the whole ...
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Testability of a swarm robot using a system of systems approach and discrete event simulation
... added to a DEVSJAVA simulation and also removed by calling addModel(m) and removeModel(m), respectively. These dynamic methods handle creating a new simulator to bind to the model and updating all affected simulators ...
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EFFICIENT DISCRETE EVENT SIMULATION
... Since iterations are performed over regions in which f 1 and f 2 are relatively linear, firetime() usually requires only two or three Newton iterations to converge to the next firing time. The only exception is when f 1 ...
24
Discrete event modeling: VHDL
... simulation in Ptolemy VHDL , Verilog, SystemC Discrete event model Kahn process networks, SDL Data flow model?. SDL StateCharts FSM Non-blocking blocking Message passing Shared memo[r] ...
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- 1 - [1] Kreutzer, W., System Simulation Programming Styles and Languages, Addison-Wesley, London, 1986
... [20] Browne, J., and Duggan, J., An AI based simulation for production activity control systems. In; Proceedings of the 4th International Conference on Simulation In Manufacturing, SIM-5 in London , IFS ...
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FastFix: A Control Theoretic View of Self-Healing for Automatic Corrective Software Maintenance
... constraints. Event Filtering techniques are usually related to software security and ...anymore. Systems following this principles are PASAN ( [59]), FLIPS ( [41]) and ShieldGen ( ...fixes. Systems ...
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A General Simulation Framework for Supply Chain Modeling: State of the Art and Case Study
... Em-plant is a Siemens PLM Software solutions [13], developed for strategic production decisions. EM-Plant enables users to create well-structured, hierarchical models of production facilities, lines and processes. ...
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