To analyze the impact of environmental policy on ports, a simulation technique based on system dynamics is introduced with the case of Busan port as an illustration.
In order to validate the six-port model, a harmonic balance simulation is performed.
The six-port model used in system simulation is based on -parameters measurements of a rectangular waveguide hybrid coupler.
For creating more realistic results, the six-port model used in these simulations is based on the actual -parameters measurements of a wideband hybrid coupler, using the rectangular waveguide technology (RWG).
In order to further develop our model for team interactions and workload on a sea-going vessel's Bridge, between the Maritime Pilot and ship's Captain, as well as the Vessel Traffic Service (VTS) and auxiliaries such as local tug boats, we deployed a team of 5 researchers during a port operations training simulation being undertaken by a local Port Authority.
In this article, the authors present an advanced High Level Architecture (HLA) federation of simulators (TRAINPORTS, TRAINing in marine PORTs by using Simulation), that recreates in a three-dimensional virtual environment the most important transshipment terminal of the South Mediterranean area, the Gioia Tauro container terminal.
Thus, minimal modification of the real application, while porting to the simulation environment.
(The other was Densha de Go! 64, a train-driving simulation ported over from a popular arcade game concerning the country's railways. Only in Japan).
Models are constructed by coupling concurrent components exchanging data through ports and executed by various simulation schemes, namely simulators.
Using a hybrid parallel system "Suiren" installed at KEK, we port and tune a simulation code of lattice QCD, which is computational elementary particle physics based on Monte Carlo method.
