Simulation of Logistic Port Processes
Martijn Mooij, R. D. Porter
Abstract
Martijn Mooij, R. D. Porter
Abstract
The Prosim simulation model is capable of conducting simulation of a wide variety of logistic processes. Application of the model is especially powerful when a large number of parallel and interrelated parameters is concerned. Typical applications include port and terminal operations, ranging from nautical issues to berth occupancy planning and sizing of port facilities. Similarly, simulations of cargo flows, product deliveries and onward transportation options can permit sizing and layout planning for on-land facilities. The Prosim model consists of a description of all relevant variables, and the way they are interrelated with other variables inside or outside the model. Input required for the model can be separated in two groups, physical parameters and process description. Physical input parameters define the physical characteristics of the simulated process, and can be fixed, variable or randomly generated. Process descriptions define the behavior of the system, often consisting of logistic decisions or checks that must be made.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The Prosim simulation model is capable of conducting simulation of a wide variety of logistic processes. Application of the model is especially powerful when a large number of parallel and interrelated parameters is concerned. Typical applications include port and terminal operations, ranging from nautical issues to berth occupancy planning and sizing of port facilities. Similarly, simulations of cargo flows, product deliveries and onward transportation options can permit sizing and layout planning for on-land facilities. The Prosim model consists of a description of all relevant variables, and the way they are interrelated with other variables inside or outside the model. Input required for the model can be separated in two groups, physical parameters and process description. Physical input parameters define the physical characteristics of the simulated process, and can be fixed, variable or randomly generated. Process descriptions define the behavior of the system, often consisting of logistic decisions or checks that must be made.
Key concepts: Port (circuit theory), Sizing, Computer science, Variable (mathematics), Process (computing), Occupancy, Operations research, Product (mathematics)