Full Stack Web Development of a Geospatial Information Service System for Intelligently Irrigated Agriculture

E. Yu, L. Di, Li Lin, Haoteng Zhao, M. S. Rahman, Chen Zhang, Junmei Tang
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引用次数: 3

Abstract

Decisions on efficient irrigation in agriculture depend on sufficient information from different sources. The source of information may come in different form and different scale. Properly delivering them to farmers in field is required to make the decisions on spot where internet access may be intermittent. Requirements are of supporting diverse data products, reactive, responsive, and progressive. The design of a geospatially capable service system needs to adapt fit technologies in both server and client. This study reviews relevant geospatial information technologies to meet the requirements: data integration, responsive Web design, and progressive Web application. A full stack design of Web geospatial information service system is developed to efficiently serve farmers in irrigated agriculture up to fields.
智能灌溉农业地理空间信息服务系统的全栈Web开发
关于有效农业灌溉的决定取决于来自不同来源的充分信息。信息的来源可能有不同的形式和不同的规模。在互联网可能断断续续的情况下,需要在现场做出决定,将它们正确地送到田间的农民手中。需求是支持不同的数据产品,反应性、响应性和渐进式。一个具有地理空间能力的服务系统的设计需要在服务器和客户端都采用合适的技术。本文从数据集成、响应式Web设计和渐进式Web应用三个方面综述了相关的地理空间信息技术。为了高效地为灌溉农业农户提供从农田到农田的地理空间信息服务,开发了一种全栈式Web地理空间信息服务系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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