KOREAN OPERATIONAL SYSTEM FOR OIL SPILL PREDICTION

Abstract

There is no system to obtain the basic data and process data for numeric modeling. And user and model interface is complex. Thus there are some limitations to utilize the oil spill prediction model. It is difficult to build the scientific response strategy in order to respond oil spill accident rapidly because it is impossible to operate the oil spill prediction model any time. In this study, the optimum operational system for oil spill prediction model has been developed considering the present system. External real time data has been linked because of impossibility of building all basic data and minimum database has been built in this study. Through this data system, real time oil spill prediction model can be utilized. And the user interface has been designed to reduce the error of the interface between user and model and the output interface has been proposed to analyze the result of modeling at multidimensional aspect. While the system for oil spill prediction model as the result of this study has some uncertainties because of depending on external data, the thing that we can predict oil spill using operate the model rapidly as soon as the accident occurred can be meaning in the response field.ific response strategy in order to respond oil spill accident rapidly because it is impossible to operate the oil spill prediction model any time. In this study, the optimum operational system for oil spill prediction model has been developed considering the present system. External real time data has been linked because of impossibility of building all basic data and minimum database has been built in this study. Through this data system, real time oil spill prediction model can be utilized. And the user interface has been designed to reduce the error of the interface between user and model and the output interface has been proposed to analyze the result of modeling at multidimensional aspect. While the system for oil spi