연결성과 소통구조 모듈을 통한 차세대 범용 농업시스템 시뮬레이터 (GASS2)의 개발
Development of GASS2 through Improving Inter-component Connection and Communication Modules
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초록
The purpose of this study is to improve the Generic Agricultural Systems Simulator (GASS) which can simulate various rural systems based onobject-oriented model. GASS provides the configuration platform of various system components to simplify integrated agricultural system models suchas irrigation systems for rice farming. The new connection and communication modules of GASS improve applicability for modelling diverse systems. The geometric connection of GASS replaces topological connection, and communication protocols expand to analyze not only homogeneous system butalso heterogeneous system. In this paper, we applied GASS2 to simulate the water heights of linked tanks and the simulation outputs were verified throughcomparing with analytical solutions of differential equations. The two new modules make it possible to analyze the 4-tank problem which inlcudestopological and heterogenous issues with GASS2.
Abstract
The purpose of this study is to improve the Generic Agricultural Systems Simulator (GASS) which can simulate various rural systems based onobject-oriented model. GASS provides the configuration platform of various system components to simplify integrated agricultural system models suchas irrigation systems for rice farming. The new connection and communication modules of GASS improve applicability for modelling diverse systems. The geometric connection of GASS replaces topological connection, and communication protocols expand to analyze not only homogeneous system butalso heterogeneous system. In this paper, we applied GASS2 to simulate the water heights of linked tanks and the simulation outputs were verified throughcomparing with analytical solutions of differential equations. The two new modules make it possible to analyze the 4-tank problem which inlcudestopological and heterogenous issues with GASS2.
참고문헌 (11)
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