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The research of Crop breeding technical architecture based on Cyber-Physical System (CPS)

机译:基于网络 - 物理系统的作物育种技术架构研究(CPS)研究

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In China, under the background of improved about concentration degree of crop breeding enterprise and technology of crop breeding, it was the inevitable choice that carry out crop breeding technology innovation, strengthen information communication, joint crop breeding, and promoted the core competitiveness of crop breeding enterprise. For this purpose, first, this paper introduced the present situation of crop breeding management and technology application in China. And then, according to the characteristics of the CPS (Cyber-Physical System), the goal was intelligent and information of the whole process of crop breeding, research the conjunction point about CPS and crop breeding management. At last, put forward the intelligent and information model of crop breeding based on the CPS framework. The model framework consider the characteristics of personalization, integration and diversity in the whole process of crop breeding, both support collaborative control and cooperation between physical entity (such as field acquisition equipment, laboratory analysis equipment, etc.), and consider service about multi-layered decision based on crop breeding data mining. Through crop breeding based on the CPS system architecture, for the vast number of crop breeding enterprises, crop breeding research institutes, and so on, it could realize the resource sharing, collaborative breeding and joint test, thus promote the development of crop breeding in China, so the paper has the reference significance.
机译:在中国,在中国作物育种企业集中度和作物育种技术的改善之后,这是进行作物育种技术创新,加强信息通信,联合作物育种的必然选择,促进作物育种的核心竞争力企业。为此目的,首先,本文介绍了中国作物育种管理和技术应用现状。然后,根据CPS(网络物理系统)的特征,目标是智能化和作物育种过程的信息,研究CPS和作物育种管理的联合点。最后,提出了基于CPS框架的作物育种的智能和信息模型。模型框架考虑各种作物育种过程中的个性化,集成和多样性的特点,都支持物理实体之间的协作控制和合作(如现场采集设备,实验室分析设备等),并考虑有关多数的服务基于作物育种数据挖掘的分层决策。通过基于CPS系统架构的作物育种,为广大农作物养殖企业,作物育种研究机构等,它可以实现资源共享,协作育种和联合试验,从而促进中国作物育种的发展,本文具有参考意义。

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