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RESEARCH AND DESIGN ON DOMAIN-AGRICULTURE-CROPS SOFTWARE ARCHITECTURE ORIENTED ADAPTIVE MODEL

机译:面向领域,农作物的软件体系结构自适应模型的研究与设计

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摘要

Composing application with plug & play (P&P) agriculture-crop business component on the domain-agriculture-crops software architecture (DAcSA) is an ideal implementation mechanism to develop the domain-agriculture-crop applied system. A black and white box framework for the adaptive DAcSA is built based on the agriculture-crop business component and hotspot subsystem. According to the domain-agriculture-crops rules, an administer center was designed to realize the plug and play of business component in domain framework by gluing component and hotspot subsystems up, which deposit in component lib and hotspot repository respectively. In line with the domain - agriculture - crops information characteristics, a resource-model-analysis (RMA) data mode and corresponding behavioral model based on the adaptive DAcSA was proposed and a supporting system based on virtual machine architecture was built, which has been applied to the prototype development of wheat growth simulation and decision-making supporting system. The proposed adaptive model proves preferable adaptability and can effectively decrease the cost of development and maintenance.
机译:将即插即用(P&P)农业作物业务组件组成的应用程序组合在域农作物软件体系结构(DAcSA)上,是开发域农作物应用系统的理想实现机制。基于农业作物业务组件和热点子系统构建了自适应DAcSA的黑白框框架。根据域农作物规则,设计了一个管理中心,通过将组件子系统和热点子系统粘合在一起,实现业务组件在域框架中的即插即用,它们分别存放在组件库和热点存储库中。结合领域-农业-农作物信息特征,提出了基于自适应DAcSA的资源模型分析(RMA)数据模式和相应的行为模型,并建立了基于虚拟机架构的支持系统。进行小麦生长模拟和决策支持系统的原型开发。提出的自适应模型具有较好的适应性,可以有效降低开发和维护成本。

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