Digital village agricultural industrial park digital construction program (158 pages WORD)

The program is available at the end of the article

Combine the "Internet of Things, cloud computing, big data" technology with traditional agricultural production, and strive to build a modern agricultural industrial system, production system, management system, to provide a "smart agriculture" solution in the era of "Internet +", to promote the "safe, high quality, standardized" production of agricultural products, and to improve the agricultural industry. Internet +" era "smart agriculture" solutions, promote agricultural products "safe, high quality, standardized" production, improve agricultural production intelligence, management network, management data, service online level, promote the transformation and upgrading of agriculture and agricultural production sustainable growth. It promotes the transformation and upgrading of agriculture and the sustainable increase of income from agricultural production, and provides a strong innovative impetus for accelerating the development of agricultural modernization, and is a leading "agricultural Internet" enterprise in China.

Agricultural industrial park digitalization will be "Internet of Things, mobile Internet, cloud computing" technology and traditional agricultural production, has been updated to the third version. Agricultural industrial park digital for modern agricultural production park needs of the status quo, to provide a set of advanced, comprehensive overall solution, the solution set production environment monitoring, intelligent equipment control, standardized production management, agronomy production guidance, traceability of agricultural products and agribusiness Internet marketing is equal to one, through the deep integration of Internet technology and agronomy production technology, reconstructing the modern agricultural production system and management system, comprehensively improve the modern agricultural production and management system.

Through various sensors, controllers, monitoring stations and cameras deployed at the site of the crop production area, it comprehensively displays and monitors the base site's atmospheric environment, soil environment, water quality environment, crop growth, equipment operation status, pests and diseases, etc., and realizes scientific, precise, automated, and standardized management of the agricultural production process. Strive to build a modern agricultural service platform to serve the whole country, from the production side, to promote the "safe, high quality, standardized" production of agricultural products; from the consumer side, to build a bridge between the rural and urban areas, so that consumers can more intuitive understanding of the agricultural production site and process; from the industrial side, to improve the agricultural production intelligence, management network, management data, service online.

For the current rural digital construction of the prevailing "hardware investment, system operation and maintenance difficult, poor user experience, old business model" and other issues, the information fusion of "cloud computing, mobile Internet, Internet of Things" technology, will be traditionally based on the Internet of Things to further upgrade the precision agriculture. The Internet of Things" technology, the traditional Internet of Things-based precision agriculture further upgraded, the first in China to put forward the "cloud Internet of Things - intelligent agriculture" concept.

The platform adopts the Software as a Service (SaaS) mode of operation, and supports both "public cloud" and "private cloud" data centers, so that users can easily enjoy all the platform services through browsers or smartphones. Based on the "Cloud IOT" technology, "smart agriculture" has the following advantages over traditional agricultural digitalization:

? Precision: Using wireless sensor networks, satellite positioning, radio frequency and other IOT sensing technologies, we can accurately obtain massive data on agricultural production, ecological environment, supply and demand changes, etc.

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? Automation: The use of remote automation control technology, greatly reducing the site manual operation, saving labor use, improve labor productivity, reduce labor costs.

? Ease of use : The use of mobile Internet technology, to provide a computer, cell phone, tablet three-screen experience, the production of the front line of the farmers only need to complete all the operations through the cell phone, convenient and easy to use

? Convenience: The use of cloud computing technology to centralize and unify the processing of massive amounts of data; significantly reduce the cost of IT equipment purchases and maintenance; and at the same time, combined with the pay-as-you-go model, make it easy for agricultural workers and farmers to use the system just like using water and electricity.