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Aiming at the problems of high cost of orchard agro-technique information service, and service channel is not smooth, a "IOT and cloud services" mode platform architecture of orchard information service was established, which is including networking aware transport layer, storage layer, service layer and application layer. Several platform construction key technologies are discussed. The platform has four sub platform, they are orchard data gathering, orchard production management, farm management and agricultural products circulation management providing information service for agro-techniques from production to circulation. Through the application analysis, the platform can not only gather resources provide a knowledge service for the promotion of agricultural technology, and provide technical support for the scientific management of orchard, also can effectively reduce the base information financial and human input. Introduction The orchard production in our country is mainly based on extensive management. Science and technology information resources docking difficulties, the network channel, expert consultation hotline and other public service platform built by government and scientific research institutions have not been very good application[1]. Lacking of agricultural technology personnel, weak of the farmers’ knowledge accept ability; lack of professional technical guidance in the production restricts the development of fruit industry. The application of IOT and cloud computing technology to the management of the orchard, collecting and processing the data of the production environment, guiding the agricultural production, has become an effective way to solve the extensive management of the orchard[2,3]. In this paper, the agro-technique information service cloud platform of orchard was designed based on "Internet of Things and cloud service" mode. The platform integrates of the orchard management technology, knowledge model, market information, etc. Through the platform for rapid processing, and the use of the Internet, SMS, WeChat and other means, for farmers to provide with anywhere information services, significantly improve the grass-roots agricultural technology extension and service ability. Platform Architecture Agro-technique information service cloud platform of orchard is composed of the networking aware transport layer, storage layer, service layer and application layer, as shown in figure 1. 6th International Conference on Information Engineering for Mechanics and Materials (ICIMM 2016) © 2016. The authors Published by Atlantis Press 349 Figure. 1 Platform architecture Networking aware transport layer: Integrated orchard environment and soil sensors, access to water saving irrigation, environmental control equipment, sensing data collected by the wireless sensor network sink node, through GPRS, Ethernet interface to realize the data communication with the platform [4]. Storage layer: Brought together orchard management knowledge resources, technical resources, the orchard sensor monitoring data, fruit trees growth information, and achieve to various kinds of data resource scheduling, registration, fast retrieval; as a service through a network of highly virtualized hardware facilities resources, data resources, services, resources accurately and quickly available to the user. Service layer: According to the resource needs of different users, intelligent distributes the resources that according to the demand of classification (monitoring data, fruit market, management knowledge, growth model, the meteorological information service). Used in the field of agricultural information service oriented, providing different professional application interface and directory service, for the realization of the equipment management, fault tolerant data processing, analysis of knowledge mining, personalized custom, knowledge pushed. Application layer: Based on the customized directional information service, through the mobile phone, PC, monitoring equipment and control of large screen to provide users the service, such as orchard monitoring, agricultural production, operation and management, fruit market which guidance and supporting of fruit production. Platform Key Technology There are several key technical problems need to be solved in the process of building the platform: Orchard Equipment Management The main task of the orchard data acquisition is to obtain the field environment, soil, video and image data through the equipment. Therefore, it is needed to provide a standardized access interface Uniform resource access interface Monitoring data Growth of fruit trees Agro technique Environmental sensor WSN Data collection Resource virtualization management Market data Data organization and spatial management Data caching and sorting Local business scheduling Soil sensor Knowledge model Resource integration Knowledge base update Device identification register Personalized customization Knowledge push data mining Meteorological monitoring and early warning Disease diagnosis Remind the farming operation Fertilizer decision Fruit history management Fruit market analysis Orchard management Agricultural technical guidance Mobile phone PC Monitoring central control room A grochnique iform ation svice coud ptform of ohard apication lyer

Research on the Agro-technique Information Service Cloud Platform of Orchard Based on the Internet of Things(IOT)