WSC 2000 - PDF Preprint Papers

WSC 2000 Winter Simulation Conference

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2000

354views Modeling And Simulation» more WSC 2000»

Product-mix analysis with Discrete Event Simulation

14 years 23 days ago

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Discrete Event Simulation (DES) has been used as a design and validation tool in various production and business applications. DES can also be utilized for analyzing the product-m...

Raid Al-Aomar

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Id	Views	Title	Status

1	354	Product-mix analysis with Discrete Event Simulation	claim
2	249	Capability maturity models support of modeling and simulation verification, validation, and accreditation	claim
3	225	Use of discrete event simulation to validate an agent based scheduling engine	claim
4	209	Silk, Java and object-oriented simulation	claim
5	191	Avatar kinematics modeling for telecollaborative virtual environments	claim
6	189	Analyzing transformation-based simulation metamodels	claim
7	187	Java engine for UML based hybrid state machines	claim
8	177	Model abstraction for discrete event systems using neural networks and sensitivity information	claim
9	175	Optimizing production work flow using OpEMCSS	claim
10	174	Agent-based simulation of dynamic online auctions	claim
11	170	3D visualization of simulated construction operations	claim
12	170	Agent-directed simulation: challenges to meet defense and civilian requirements	claim
13	162	Using simulation to evaluate cargo ship design on the LPD17 program	claim
14	161	System dynamics modelling in supply chain management: research review	claim
15	159	Cost/benefit analysis of interval jumping in power-control simulation	claim
16	159	A comparison of five steady-state truncation heuristics for simulation	claim
17	158	Experimental performance evaluation of batch means procedures for simulation output analysis	claim
18	154	Anticipatory Planning Support System	claim
19	153	Medical education as a model for simulation education	claim
20	152	Soft-commissioning: hardware-in-the-loop-based verification of controller software	claim
21	151	Simulating GI/GI/1 queues and insurance risk processes with subexponential distributions	claim
22	150	Simulation as educational support for production and logistics in industrial engineering	claim
23	150	SNOOPy Calendar Queue	claim
24	148	Train station passenger flow study	claim
25	148	Look-ahead strategies for controlling batch operations in industry: overview, comparison and exploration	claim
26	146	High resolution satellite communication simulation	claim
27	145	Tire model for simulations of vehicle motion on high and low friction road surfaces	claim
28	144	Toward a standard process: the use of UML for designing simulation models	claim
29	142	Using simulation to analyze supply chains	claim
30	142	Interactive Web-based animations for teaching and learning	claim
31	142	An agent-based framework for linking distributed simulations	claim
32	141	Automated material handling system traffic control by means of node balancing	claim
33	141	Understanding the impact of equipment and process changes with a heterogeneous semiconductor manufacturing simulation environment	claim
34	140	Computer assistance for model definition	claim
35	139	Modeling reality with simulation games for a cooperative learning	claim
36	139	Virtual machines for message based, real-time and interactive simulation	claim
37	138	Confident decision making and improved throughput for cereal manufacturing with simulation	claim
38	136	Variance reduction techniques for value-at-risk with heavy-tailed risk factors	claim
39	136	Improved decision processes through simultaneous simulation and time dilation	claim
40	135	Simulation software: an Operational Research Society survey of academic and industrial users	claim
41	135	Abstract modeling for engineering and engagement level simulations	claim
42	135	An integrated object model for activity network based simulation	claim
43	134	Traffic simulation of roundabouts in Switzerland	claim
44	133	Enterprise Simulation: framework for a strategic application	claim
45	133	Electronic workflow for transaction-based work cells in a financial services firm	claim
46	131	Simphony: an integrated environment for construction simulation	claim
47	130	Language based simulation models as management tools for assembly lines	claim
48	130	Using simulation for manufacturing process reengineering: a practical case study	claim
49	129	A simulation test-bed to evaluate multi-agent control of manufacturing systems	claim
50	129	New results on procedures that select the best system using CRN	claim
51	129	Facilitating level three cache studies using set sampling	claim
52	128	Circumstance descriptors: a method for generating plan modifications and fragmentary orders	claim
53	128	Simulation based decision support for future 300mm automated material handling	claim
54	127	Teaching system modeling, simulation and validation	claim
55	127	A real options design for quality control charts	claim
56	127	Dynamic component substitution in web-based simulation	claim
57	127	Simulation based operational analysis of future space transportation systems	claim
58	126	Using simulation and critical points to define states in continuous search spaces	claim
59	126	Automatic generation of simulation models from neutral libraries: an example	claim
60	126	Simulation of an evolutionary tuned fuzzy dispatching system for automated guided vehicles	claim
61	125	A new class of linear feedback shift register generators	claim
62	125	A strategic supply chain simulation model	claim
63	125	Mathematical programming models of discrete event system dynamics	claim
64	124	Input modeling using a computer algebra system	claim
65	124	Simulation modeling and analysis of a new international terminal	claim
66	124	Simulation based design for a shipyard manufacturing process	claim
67	124	Cluster tool simulation assists the system design	claim
68	124	VisualSLX: an open user shell for high-performance modeling and simulation	claim
69	123	Planning for verification, validation, and accreditation of modeling and simulation applications	claim
70	123	Quasi-Monte Carlo methods in cash flow testing simulations	claim
71	122	Simulation from non-standard distributions using envelope methods	claim
72	122	An analytical model and an optimal scheduling heuristic for collective resource management	claim
73	120	Developing a national allocation model for cadaveric kidneys	claim
74	118	Applications of business process simulation and lean techniques in British Telecommunications PLC	claim
75	118	Ranking and selection for steady-state simulation	claim
76	118	A framework for Response Surface Methodology for simulation optimization	claim
77	117	Creating a paperless municipal court	claim
78	116	Parallel execution of a sequential network simulator	claim
79	115	Low cost response surface methods for and from simulation optimization	claim
80	115	Practical aspects of simulating systems having arrival processes with long-range dependence	claim
81	115	Simulation within the railroad environment	claim
82	115	Finding a substrate for federated components on the web	claim
83	114	An interactive land use VRML application (ILUVA) with servlet assist	claim
84	114	Hybrid-system simulation for National Airspace System safety analysis	claim
85	113	DoD initiatives in distributed simulation technology: a panel discussion	claim
86	113	A practical approach to sample-path simulation optimization	claim
87	112	Generating "dependent" quasi-random numbers	claim
88	112	Simply Simulation: an interactive CD-ROM-based approach for learning simulation concepts	claim
89	112	Distributed supply chain simulation in GRIDS	claim
90	111	A review of web based simulation: whither we wander?	claim
91	111	Simulation output analysis via dynamic batch means	claim
92	110	Simulation optimization of stochastic systems with integer variables by sequential linearization	claim
93	110	Integrating optimization and simulation: research and practice	claim
94	110	Simulation-based optimization	claim
95	109	Teaching simulation using case studies	claim
96	108	Optimizing earthmoving operations using object-oriented simulation	claim
97	107	An integrated approach to verification, validation, and accredition of models and simulations	claim
98	107	Groupware and the simulation consultant	claim
99	106	United States Marine Corps aerial refueling requirements analysis	claim
100	105	Partitioning parallel simulation of wireless networks	claim
101	105	Simulation of transport protocols over wireless communication networks	claim
102	105	Emerging issues in healthcare simulation	claim
103	105	A virtual textbook for modeling and simulation	claim
104	104	Using simulation to support implementation of flexible manufacturing Cell	claim
105	102	Venture launch: use of simulation to support strategic operational decisions	claim
106	102	A formation behavior for large-scale micro-robot force deployment	claim
107	102	Distributed web-based simulation optimization	claim
108	101	Simulation in a box: a generic reusable maintenance model	claim
109	101	Models and representation of their ownership	claim
110	99	Simulation for recurring decisions	claim
111	97	Inventory management simulations at Cat Logistics	claim
112	97	A Java-based simulation manager for web-based simulation	claim
113	95	Simulation of a production plant in the brick industry	claim
114	95	An MSE-based simulation capability for strategic and tactical logistics	claim
115	94	Productivity modeling of semiconductor manufacturing equipment	claim
116	92	On simulation model complexity	claim
117	92	Simulation optimization using tabu search	claim
118	91	Using simulation for the economic evaluation of liver transplantation	claim
119	91	Predicting enemy force closure with simulation	claim
120	90	An underlying model for defeat mechanisms	claim
121	89	Modeling road traffic on airport premises	claim
122	89	Hierarchy-of-models approach for aggregated-force attrition	claim
123	88	Seeing is believing: the importance of visualization in manufacturing simulation	claim
124	86	SLX: the X is for extensibility	claim
125	86	An industry perspective on the role of equipment-based earthmoving simulation	claim
126	84	Using agent-based modeling to capture airpower strategic effects	claim
127	84	Ensuring the successful adoption of discrete event simulation in a manufacturing environment	claim
128	82	Simulation of the remote unit assembly and test: a case study	claim
129	82	Scheduling MEMS manufacturing	claim
130	78	Simulation in the future	claim
131	73	Model composability as a research investment: responses to the featured paper	claim

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