象山县智慧农业综合服务平台设计与实现
发布时间：2018-07-15 09:46
【摘要】：象山县智慧农业综合服务平台是象山结合本县农业管理信息化发展实际,以物联网、GIS等技术为支撑,利用现代信息技术手段推动本县现代农业发展,为各企业、农户、业务部门、农业专家、政府领导开展农业生产提供支撑,提供多种农业管理服务业务智能应用,实现全县农业管理服务智能化的农业服务平台。本文主要论述该平台的设计与实现。象山县智慧农业综合服务平台对农业生产进行监控,提供多元化服务,集多种服务于一体。在收集、分析农业生产数据的基础上,向系统用户提供信息发布、防灾防疫、专家咨询、视频监控等功能。系统使用物联网技术采集农业大棚等生产现场的数据,使用Web Service技术从业务部门获取气象、水利等数据,实现农业生产数据采集；整合农业专家资源,通过平台在线向农企农户提供专家咨询诊断服务；以GIS地图为基础向政府领导展示本县的农业生产状况,以便于决策管理。平台在建设过程中,首先进行需求分析、定义项目范围、确定项目必须实现的功能和性能要求、明确开发任务。然后根据需求分析的功能模块,从技术的角度确定实现方法,为系统开发提供指导,并实现系统各模块功能。最后设计测试用例、分析测试结果,完成测试工作。本项目采用开放的、成熟的信息技术规范和产品,将信息技术应用到农业生产中。采用多层架构,使整个系统体系架构在保持稳定的同时具有足够的可扩展性,以满足技术和业务的发展变化。采用符合行业标准的应用集成产品和技术,建立有效集成的应用平台。本系统将农业生产与互联网物联网等信息技术结合,在整合信息资源、促进农业生产率发展做了一次有益的探索和实践。
[Abstract]:Xiangshan County Intelligent Agriculture Comprehensive Service platform is a comprehensive service platform for Xiangshan County, which combines the actual development of agricultural management information in Xiangshan County with the support of Internet of things GIS and other technologies, and uses modern information technology means to promote the development of modern agriculture in this county, in order to promote the development of modern agriculture for all enterprises and farmers. Business departments, agricultural experts and government leaders provide support for agricultural production, provide intelligent applications of various agricultural management services, and realize an intelligent agricultural service platform for agricultural management services throughout the county. This paper mainly discusses the design and implementation of the platform. Xiangshan intelligent agricultural comprehensive service platform monitors agricultural production, provides diversified services, and integrates multiple services. On the basis of collecting and analyzing agricultural production data, the functions of information release, prevention and epidemic prevention, expert consultation, video surveillance and so on are provided to the users of the system. The system uses Internet of things technology to collect data from agricultural greenhouse and other production sites, uses Web Service technology to obtain meteorological, water conservancy and other data from business departments, realizes agricultural production data collection, integrates agricultural expert resources, The expert consultation and diagnosis service is provided online to the farmers of agricultural enterprises through the platform, and the agricultural production status of the county is displayed to the government leaders on the basis of GIS map, so as to facilitate the decision-making and management. In the process of building the platform, the requirement analysis is first carried out, the scope of the project is defined, the function and performance requirements of the project must be determined, and the development task is defined. Then, according to the function module of requirement analysis, the realization method is determined from the point of view of technology, which provides guidance for the system development and realizes the function of each module of the system. Finally, the test cases are designed, the test results are analyzed, and the test work is completed. The project adopts open and mature information technology specifications and products, and applies information technology to agricultural production. By adopting multi-tier architecture, the whole system architecture is stable and scalable enough to meet the development of technology and business. Adopt application integration products and technologies in line with industry standards, and establish an effective application platform. This system combines agricultural production with information technology such as Internet of things and makes a beneficial exploration and practice in integrating information resources and promoting the development of agricultural productivity.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：S126;TP311.52
本文编号：2123663
[Abstract]:Xiangshan County Intelligent Agriculture Comprehensive Service platform is a comprehensive service platform for Xiangshan County, which combines the actual development of agricultural management information in Xiangshan County with the support of Internet of things GIS and other technologies, and uses modern information technology means to promote the development of modern agriculture in this county, in order to promote the development of modern agriculture for all enterprises and farmers. Business departments, agricultural experts and government leaders provide support for agricultural production, provide intelligent applications of various agricultural management services, and realize an intelligent agricultural service platform for agricultural management services throughout the county. This paper mainly discusses the design and implementation of the platform. Xiangshan intelligent agricultural comprehensive service platform monitors agricultural production, provides diversified services, and integrates multiple services. On the basis of collecting and analyzing agricultural production data, the functions of information release, prevention and epidemic prevention, expert consultation, video surveillance and so on are provided to the users of the system. The system uses Internet of things technology to collect data from agricultural greenhouse and other production sites, uses Web Service technology to obtain meteorological, water conservancy and other data from business departments, realizes agricultural production data collection, integrates agricultural expert resources, The expert consultation and diagnosis service is provided online to the farmers of agricultural enterprises through the platform, and the agricultural production status of the county is displayed to the government leaders on the basis of GIS map, so as to facilitate the decision-making and management. In the process of building the platform, the requirement analysis is first carried out, the scope of the project is defined, the function and performance requirements of the project must be determined, and the development task is defined. Then, according to the function module of requirement analysis, the realization method is determined from the point of view of technology, which provides guidance for the system development and realizes the function of each module of the system. Finally, the test cases are designed, the test results are analyzed, and the test work is completed. The project adopts open and mature information technology specifications and products, and applies information technology to agricultural production. By adopting multi-tier architecture, the whole system architecture is stable and scalable enough to meet the development of technology and business. Adopt application integration products and technologies in line with industry standards, and establish an effective application platform. This system combines agricultural production with information technology such as Internet of things and makes a beneficial exploration and practice in integrating information resources and promoting the development of agricultural productivity.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：S126;TP311.52
【参考文献】
相关期刊论文 前2条
1 张博;李思经;;我国农村信息化建设现状及对策建议[J];中国农业科技导报;2010年03期
2 刘世洪;许世卫;;中国农村信息化测评方法研究[J];中国农业科学;2008年04期
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