CAJ | 학술논문

针对水污染运移模拟仿真表现能力不足的问题，运用复杂性理论和数字地球技术，实施水污染事件数据资源的汇集，开展干流河道的多尺度拆分，建立水质复杂 Agent 及其特征属性、行为模式，并引入高性能计算机技术提高运移演算效率，基于数字地球形成一个融合水质模型且具有丰富展现力的水污染运移仿真框架。实验表明：该框架增强了污染物运移过程的空间表征能力，为污染物运移仿真模拟和情景分析提供了一体化平台。
침대수오염운이모의방진표현능력불족적문제，운용복잡성이론화수자지구기술，실시수오염사건수거자원적회집，개전간류하도적다척도탁분，건립수질복잡 Agent 급기특정속성、행위모식，병인입고성능계산궤기술제고운이연산효솔，기우수자지구형성일개융합수질모형차구유봉부전현력적수오염운이방진광가。실험표명：해광가증강료오염물운이과정적공간표정능력，위오염물운이방진모의화정경분석제공료일체화평태。
According to the problem of insufficient performance ability for water pollution transport simulation, by adopting to the digital earth technology and complexity theory, the data resources of water pollution event was integrated. The trunk stream of watercourse was decomposed into multi-scale resolution. A water quality complex agent was established with characteristics and behavior patterns. And the efficiency of the migration of calculus was improved by introducing of high-performance computer technology. Then a water pollution transport simulation framework was constructed based-on the digital earth technology which merging together the water quality model and having high expressive force. Results show that this framework has enhanced the ability of spatial representation of pollutant transport process, and provided an integrated platform for pollutant transport simulation and scenario analysis.