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549
2A HIERARCHICAL FRAMEWORK FOR DISCRETE EVENT SCHEDULING IN MANUFACTURING SYSTEMS
, 1987
"... Operating policies for manufacturing systems must respond to important discrete events that occur during production such as machine failures, setups, demand changes, expedited batches, etc. These feedback policies must be based on realistic models, and they must be computationally tractable. In this ..."
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Operating policies for manufacturing systems must respond to important discrete events that occur during production such as machine failures, setups, demand changes, expedited batches, etc. These feedback policies must be based on realistic models, and they must be computationally tractable
DEGAS: Discrete Event Gnu Advanced Scheduler
"... DEGAS provides discrete-event scheduling capability to a GNAT Ada program without requiring extra calls to a simulation library. We accomplish this by intercepting all calls destined for the pthread library and then rerouting them to the dynamically linked DEGAS library; this allows a developer to s ..."
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DEGAS provides discrete-event scheduling capability to a GNAT Ada program without requiring extra calls to a simulation library. We accomplish this by intercepting all calls destined for the pthread library and then rerouting them to the dynamically linked DEGAS library; this allows a developer
Symbolic Discrete-Event Simulation
- In Discrete-Event System, Manufacturing System and Communication Networks
, 1994
"... The event-scheduling view of the discrete-event simulation technique is widely used to model and simulate dynamic systems. This paper presents DMOD, a formalization of this technique. It offers two main advantages. First, it retains the powerful intuitions behind this technique yet makes it easier t ..."
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Cited by 1 (0 self)
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The event-scheduling view of the discrete-event simulation technique is widely used to model and simulate dynamic systems. This paper presents DMOD, a formalization of this technique. It offers two main advantages. First, it retains the powerful intuitions behind this technique yet makes it easier
Swap Based Process Schedule Optimization using Discrete-Event Simulation
- in: Proceedings of the International Conference on Construction Applications of Virtual Reality
, 2013
"... ABSTRACT: Large construction projects usually involve many tasks, which are connected through dependencies and usage of common resources and materials. Determining the optimal order of task execution is in most of the cases impossible to do by hand. Therefore different methods for automatic optimiza ..."
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Cited by 2 (2 self)
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optimization of large process schedules using a discrete-event simulation system were investigated. This paper introduces a new heuristic method for the resource constrained project scheduling problem, called swap-based optimization. Compared to creating an optimal schedule from scratch, the swap approach
Short Term Scheduling in Electronics Manufacturing using Discrete-Event Simulation
"... ABSTRACT: This paper describes how Discrete-Event simulation can be used in production optimization of electronics assembly lines where a lot of decisions concerning production are currently still taken only based on workers experience. Interview of those workers however often shows a lack of unders ..."
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ABSTRACT: This paper describes how Discrete-Event simulation can be used in production optimization of electronics assembly lines where a lot of decisions concerning production are currently still taken only based on workers experience. Interview of those workers however often shows a lack
APPLICATIONS OF DISCRETE-EVENT SIMULATION TO SUPPORT MANUFACTURING LOGISTICS
"... This paper presents a literature survey on recent use of discrete-event simulation in real-world manufacturing logistics decision-making. The sample of the survey consists of 52 relevant application papers from recent Winter Simulation Conference proceedings. We investigated what decisions were supp ..."
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This paper presents a literature survey on recent use of discrete-event simulation in real-world manufacturing logistics decision-making. The sample of the survey consists of 52 relevant application papers from recent Winter Simulation Conference proceedings. We investigated what decisions were
Distributed Allocation of Discrete-Event Simulation Servers
"... We present a scheme for eciently administrating a set of distributed simulation servers which attend requests from a number of users. These can be either sequential or parallel simulation models, or random combinations of the two. We treat each server as a BSP machine and organize our scheduling ..."
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We present a scheme for eciently administrating a set of distributed simulation servers which attend requests from a number of users. These can be either sequential or parallel simulation models, or random combinations of the two. We treat each server as a BSP machine and organize our scheduling
Discrete-Event Simulation and Integer Linear Programming for Constraint-Aware Resource Scheduling
"... Abstract-This paper presents a method for scheduling resources in complex systems that integrate humans with diverse hardware and software components, and to study the impact of resource schedules on system characteristics. The method uses discrete-event simulation and integer linear programming, a ..."
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Abstract-This paper presents a method for scheduling resources in complex systems that integrate humans with diverse hardware and software components, and to study the impact of resource schedules on system characteristics. The method uses discrete-event simulation and integer linear programming
Direct BSP Algorithms for Parallel Discrete-Event Simulation
, 1997
"... We investigate the extent to which the BSP model can be applied to the simulation of complex and large asynchronous systems. We focus on "direct" BSP algorithms wherein we distinguish iterations composed of two phases: (i) the parallel phase where each processor is allowed to work sequenti ..."
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Cited by 4 (3 self)
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is to perform the BSP simulation of a set of N logical processes (LPs) that interact with each other through timestamped messages [7, 15]. The simulation goal consists of processing a total of M messages on a P-processor BSP computer [18]. The messages represent events scheduled to take place in the system
REAL-TIME SCHEDULING OF LOGICAL PROCESSES FOR PARALLEL DISCRETE-EVENT SIMULATION
"... We tackle the problem of scheduling logical processes that can significantly affect the performance of running parallel simulation either in real time or proportional to real time. In particular, we present a comprehensive solution to dealing with the mixture of simulated and emulated events in a fu ..."
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We tackle the problem of scheduling logical processes that can significantly affect the performance of running parallel simulation either in real time or proportional to real time. In particular, we present a comprehensive solution to dealing with the mixture of simulated and emulated events in a
Results 1 - 10
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549
