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为建立一个基于模型的新疆和黄淮海棉区棉花生产管理系统 (MSCP) ,综合运用了作物模拟技术和知识工程技术方法 ,把 Cotton Plus棉花模型与多因子多水平的旋转组合设计进行有机结合 ;MSCP能对决策地区 (天气、土壤、品种特性 )的棉花生产作出多目标决策和全程决策 ,并根据变化的条件作出实时决策。应用 MSCP对新陆早 6号、中棉 19号进行全程决策试验 ,结果表明 :系统得出的优化农艺措施能达到预期的目标产量。 MSCP的建立使基于模型的专家系统研究进入实用化阶段
In order to establish a model-based Cotton Production Management System (MSCP) in Xinjiang and Huanghuaihai cotton area, the Cotton Plus cotton model was integrated with the multi-factorial multi-level rotation combination design through the integrated use of crop simulation and knowledge engineering techniques. MSCP makes multi-objective and full-time decisions on cotton production in decision-making areas (weather, soils, variety characteristics) and makes real-time decisions based on changing conditions. The application of MSCP to Xinluzao 6 and Zhongmian 19 made the whole decision-making test. The results showed that the optimized agronomic measures obtained by the system could achieve the expected target yield. The establishment of MSCP brings the research of model-based expert system into practical use