油茶科技网络服务平台构建
发布时间：2018-08-16 19:54
【摘要】：油茶产业是我国的特色产业、民族产业、优势产业。发展油茶产业是改善人民群众食用油结构,维护国家油料安全的战略举措,是调整农村产业结构,增加林农收入的重要途径。近年来我国高度重视油茶产业的发展,各级政府结合本地实际积极出台政策,发展油茶产业的积极性空前高涨。随着科学研究的不断深入,从油茶良种选育、规模快繁、丰产栽培、精深加工利用及副产物利用等领域的研究、开发已全面展开,为油茶信息化建设研究奠定了资源、技术等基础条件。基于因特网的信息资源共建共享的网络化环境已逐渐形成,服务模式和服务手段正从传统的方式向着更高效、更开放的新形式发展。这些变革给油茶科技信息服务开辟一条方便、快捷的高速公路,向着数字化、虚拟化、网络化的方向前进。 油茶科技网络服务平台构建主要内容如下： 1、以油茶产业和信息化建设的发展为背景,通过访问相关网站以及结合相类似的服务平台研究,对国内外相关科技网络服务平台进行案例研究,确定平台构建的模式和思想。 2、通过案例研究,拟设计了平台的网络框架和系统构架。同时对相关的开发技术进行简要介绍。 3、结合用户需求、业务体系的划分,将油茶科技网络服务平台划为7个栏目,并进行详细的介绍和分析。使平台涵盖油茶行业的方方面面。 4、采用清华同方TPI系统,将油茶专题数据库设计为9个子数据库,并对数据库的采集和字段进行设计分析。 按照设计思路,平台实现三个功能,一是信息宣传功能,向更多的地区和人民群众宣传油茶政策,传播油茶文化,加快知识的转移扩散；二是互动交流功能,提供一个专家咨询和在线交流等大众化的互动平台,促进不同地域、不同单位的协作、合作。三是科技推广功能,将互联网技术应用于日常科研、成果推广中,为全国油茶新品种、新技术的研究开发与推广提供强有力的支撑,从而更好的将科研成果转化为生产力。平台的实现和推广将创造巨大的经济效益和社会效益。然而平台的实现是需要财力、人力、物力,也并非在短时间内就能实现的工程,故本研究主要是在理论上对平台建设规划、平台框架、系统配置、功能设置、专题数据库等进行设计,至于具体的实现工作待日后进一步研究。
[Abstract]:Camellia oleifera industry is our characteristic industry, national industry, advantage industry. The development of Camellia oleifera industry is a strategic measure to improve the edible oil structure of the people and maintain the national oil security. It is also an important way to adjust the rural industrial structure and increase the income of forest farmers. In recent years, China attaches great importance to the development of Camellia oleifera industry. With the deepening of scientific research, the development has been carried out in the fields of oil tea breeding, rapid propagation on scale, high yield cultivation, deep processing and utilization of by-products, etc., which has laid a foundation for the information construction research of Camellia oleifera. Basic conditions such as technology. The network environment of information resources co-construction and sharing based on the Internet has gradually formed. The service mode and service means are developing from the traditional way to the more efficient and open new form. These changes have opened up a convenient and fast highway for Camellia oleifera scientific and technological information service, moving towards the direction of digitization, virtualization and networking. The main contents of the construction of Camellia oleifera network service platform are as follows: 1, with the development of Camellia oleifera industry and information construction as the background, through visiting related websites and combining with similar service platform research, A case study on the related sci-tech network service platform at home and abroad is carried out to determine the mode and thought of the platform construction. 2. Through the case study, the network framework and the system framework of the platform are designed. At the same time, the related development technology is briefly introduced. 3. Combined with the user needs and the division of business system, the network service platform of Camellia oleifera is divided into seven columns, and detailed introduction and analysis are made. The platform covers all aspects of the Camellia oleifera industry. 4. Adopting the Tsinghua Tongfang TPI system, the special database of Camellia oleifera is designed into 9 sub-databases, and the collection and field analysis of the database are carried out. According to the design ideas, the platform realizes three functions, one is the information propaganda function, the other is the function of interactive communication to publicize the oil-tea policy to more regions and the people, to spread the oil-tea culture, and to speed up the transfer and diffusion of knowledge. Provide a popular interactive platform such as expert consultation and online communication to promote collaboration and cooperation between different regions and units. Thirdly, the function of popularizing science and technology, applying Internet technology to daily scientific research, and popularizing the results will provide a strong support for the research, development and popularization of new varieties and new technologies of Camellia oleifera in China, so as to better transform scientific research results into productive forces. The realization and promotion of the platform will create huge economic and social benefits. However, the realization of the platform needs financial resources, manpower, material resources, and not in a short period of time to achieve the project, so this research is mainly in theory on the platform construction planning, platform framework, system configuration, function settings, Subject database design, as for the specific implementation of the work to be further studied.
【学位授予单位】：中南林业科技大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TP393.09
本文编号：2187016
[Abstract]:Camellia oleifera industry is our characteristic industry, national industry, advantage industry. The development of Camellia oleifera industry is a strategic measure to improve the edible oil structure of the people and maintain the national oil security. It is also an important way to adjust the rural industrial structure and increase the income of forest farmers. In recent years, China attaches great importance to the development of Camellia oleifera industry. With the deepening of scientific research, the development has been carried out in the fields of oil tea breeding, rapid propagation on scale, high yield cultivation, deep processing and utilization of by-products, etc., which has laid a foundation for the information construction research of Camellia oleifera. Basic conditions such as technology. The network environment of information resources co-construction and sharing based on the Internet has gradually formed. The service mode and service means are developing from the traditional way to the more efficient and open new form. These changes have opened up a convenient and fast highway for Camellia oleifera scientific and technological information service, moving towards the direction of digitization, virtualization and networking. The main contents of the construction of Camellia oleifera network service platform are as follows: 1, with the development of Camellia oleifera industry and information construction as the background, through visiting related websites and combining with similar service platform research, A case study on the related sci-tech network service platform at home and abroad is carried out to determine the mode and thought of the platform construction. 2. Through the case study, the network framework and the system framework of the platform are designed. At the same time, the related development technology is briefly introduced. 3. Combined with the user needs and the division of business system, the network service platform of Camellia oleifera is divided into seven columns, and detailed introduction and analysis are made. The platform covers all aspects of the Camellia oleifera industry. 4. Adopting the Tsinghua Tongfang TPI system, the special database of Camellia oleifera is designed into 9 sub-databases, and the collection and field analysis of the database are carried out. According to the design ideas, the platform realizes three functions, one is the information propaganda function, the other is the function of interactive communication to publicize the oil-tea policy to more regions and the people, to spread the oil-tea culture, and to speed up the transfer and diffusion of knowledge. Provide a popular interactive platform such as expert consultation and online communication to promote collaboration and cooperation between different regions and units. Thirdly, the function of popularizing science and technology, applying Internet technology to daily scientific research, and popularizing the results will provide a strong support for the research, development and popularization of new varieties and new technologies of Camellia oleifera in China, so as to better transform scientific research results into productive forces. The realization and promotion of the platform will create huge economic and social benefits. However, the realization of the platform needs financial resources, manpower, material resources, and not in a short period of time to achieve the project, so this research is mainly in theory on the platform construction planning, platform framework, system configuration, function settings, Subject database design, as for the specific implementation of the work to be further studied.
【学位授予单位】：中南林业科技大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TP393.09
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