基于知识模型和组件技术的作物潜力模型系统的设计与实现

Hao Zhang, Fuchao Li, Hui Zhang, Zhihui Feng, Lei Xi, Xinming Ma
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引用次数: 0

摘要

基于知识模型和组件技术的作物潜力模型系统研究可以有效地提高模型系统的独立性,实现作物潜力的量化。首先,在作物潜力产量统计模型的基础上,利用知识模型和组件方法,设计了分布式计算网络环境下的作物潜力产量模型系统;其次,利用组件组件技术实现作物潜力模型的各级组件;最后,利用界面抽象机制,设计了潜在界面,集成了各类作物潜在产出模型。结果表明,该模型系统作为作物潜力产出模型的组件容器,可以将统计模型与机制模型相结合,为作物潜力产出模型提供动态管理和动态方法调用。解决了集成、扩展等难点问题,为作物潜在产量分析评价提供了技术支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and implementation of crop potential model system based on knowledge model and componentware technology
The study of crop potential model system based on knowledge model and componentware technology may effectively improve the independence of the model system and quantify crop potential. Firstly, based on the statistical models on crop potential output, the paper utilized knowledge model and componentware method to design the model system of crop potential output under distributed computing network environment. Secondly, the paper implemented crop potential model components at all levels by using componentware technology. Finally, with the abstraction mechanism of interface, the paper designed the potential interfaces and integrated all kinds of crop potential output models. The results show that as a component container about crop potential output model, the model system may integrate statistical models and mechanism models, and provide a dynamic management for crop potential output models and dynamic methods call. It solves the difficult issues such as integration and expansion, and provides technical support for analyzing and evaluating crop potential output.
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