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Polman, M.
( M. Polman)
arrival process model simulation point table concept priority stock mooring arrival process manager arrival processes level request class backup example communication figure number server product state mooring points scheme priority scheme mooring point base stock level jetty application stock-controlled object section modeling material stock-controlled arrivals f 2 f vessel result technique dimension volume ship type parse loading element system study capacity algorithm request manager design arrival process modeling storage server manager diagram cargo notation case study period ship types mooring point i request table drive dvc f factory low-priority ships allocation vapnik chervonenkis dimension production backup manager fluctuation simulation model nition plant function structure software queue
6 Most Recent Publications
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On the effect of ship arrival processes on jetty and storage capacity
(Research Paper)
Asperen, E. van Dekker, R. Polman, M. Swaan Arons, H. de |
2004-08-12
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Arrival processes in port modeling: insights from a case study
(Research Paper)
Asperen, E. van Dekker, R. Polman, M. Swaan Arons, H. de |
2004-05-18
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Arrival Processes for Vessels in a Port Simulation
(Research Paper)
Asperen, E. van Dekker, R. Polman, M. Swaan Arons, H. de Waltman, L.R. |
2003-10-17
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A structured design technique for distributed programs
(Research Paper)
Polman, M. Steen, M.R. van Bruin, A. de |
2003-06-26
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A comparison of graphical design techniques for parallel, distributed software
(Research Paper)
Polman, M. Steen, M.R. van |
1994-01-01
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Complexity dimensions and learnability
(Research Paper)
Nienhuys-Cheng, S-H. Polman, M. |
1992-01-01
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