基于iOS平台的温室大棚监测系统设计

发布时间：2018-08-12 14:57

【摘要】：现代化农业研究和应用越来越受到重视,特别是智能温室大棚已经成为现代化农业至关重要的一部分。然而,我国现有的智能温室大棚造价费用不菲、操作复杂,系统升级和管理滞后,导致我国绝大部分农民至今依然局限于简易温室大棚的使用。本次根据实地调研结果以及考虑到温室用户对温室大棚管理工作的实际需求,以中小型温室大棚作为应用背景,设计实现基于iOS移动端的温室大棚监测系统,以便温室用户通过iOS移动端随时查看相应的温室环境参数,使用系统开关调控温室环境参数相应的设备。首先,通过对秦皇岛市慕义寨村温室大棚实地调研,了解了温室大棚环境监测目标及要求,结合温室大棚用户在管理温室大棚中的工作内容,进行需求分析,确定基于iOS平台的温室大棚监测系统的主要功能。其次,对系统硬件部署和软件功能进行设计,在机智云平台建立产品数据点,完成相应的接口设计并依据系统数据查询、存储需要对数据库进行设计,利用机智云服务平台,完成系统硬软件与云服务端接入开发设计,实现温室数据的存储。最后,搭建系统开发环境,使用Object-C开发语言,完成i OS移动端的功能实现,主要包括用户注册/登录、环境参数查询、调控及系统管理。本次研究是基于iOS平台的温室大棚监测系统设计,以期改变我国传统的温室管理方式,减轻用户的劳动量,提高劳动效率,有利于对温室作物进行更加精准的管理,提高温室作物的产量和质量。
[Abstract]:More and more attention has been paid to the research and application of modern agriculture, especially the intelligent greenhouse has become a crucial part of modern agriculture. However, the existing intelligent greenhouse in China is expensive, complex operation, system upgrade and management lag, leading to the vast majority of farmers in our country are still confined to the use of simple greenhouse shed. Based on the results of field investigation and considering the actual demand of greenhouse users for greenhouse management, this paper designs and implements a greenhouse monitoring system based on iOS mobile terminal, taking small and medium-sized greenhouse greenhouses as the application background. The greenhouse users can view the corresponding greenhouse environment parameters at any time through the iOS mobile terminal, and use the system switch to adjust the corresponding equipment of the greenhouse environment parameters. First of all, through the field investigation of greenhouse in Muyizhai Village, Qinhuangdao City, we have understood the objectives and requirements of greenhouse environmental monitoring, combined with the work content of greenhouse users in managing greenhouse, and carried out demand analysis. Determine the main functions of greenhouse monitoring system based on iOS platform. Secondly, the hardware deployment and software function of the system are designed, the product data points are established in the smart cloud platform, the corresponding interface design is completed and the database is designed according to the system data query, and the database is designed by using the smart cloud service platform. The hardware and software of the system are connected with the cloud server to realize the storage of greenhouse data. Finally, the system development environment is built, and the function of I OS mobile terminal is realized by using Object-C development language, which mainly includes user registration / login, environment parameter query, control and system management. This research is based on the iOS platform of greenhouse monitoring system design, in order to change our traditional greenhouse management, reduce the amount of labor of users, improve labor efficiency, is conducive to more accurate management of greenhouse crops, Improve the yield and quality of greenhouse crops.
【学位授予单位】：河北科技师范学院
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：S625;S126

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