基于 WebGIS 的水文基本建设项目管理平台设计与实现

Design and implementation of hydrological capital construction project management platform based on WebGIS

摘要:

针对水文基本建设项目空间跨度大、设备占比高、行业特殊性强的特点，利用 WebGIS 和物联网等技术，开发基于 WebGIS 的水文基本建设项目管理平台。在分析设计理念的基础上，采用 B/S 模式，设计包含采集传输层、数据管理层、应用支撑层、业务服务层 4 层内容的总体架构，通过信息展示、跟踪管理、信息查询和系统管理等服务功能，实现从规划设计、项目实施、工程验收到运行管理的全生命周期智能化管理，突出水文建设项目的行业特点，满足智能化管理的要求，实现水文建设信息的实时共享。平台在工程进度实时统计分析、仪器设备全过程管理及档案资料规范化管理等应用场景上取得明显效果，可有效提升水文基本建设项目的管理效率和信息化水平。

Abstract:

Due to large space, high equipment proportion and strong industry particularity of hydrological capital construction projects, this study develops a WebGIS-based project management platform by using technologies such as WebGIS and Internet of Things. Based on the analysis of design concept, a B/S mode, four-layer general framework is designed, including data collection and transfer layer, data management layer, application support layer and business service layer. With functions of information display, tracking management, information inquiry, and system management, intelligent life cycle management from planning and design, project implementation, project acceptance to operation management is realized. The platform highlights features of hydrological construction projects. It satisfies the demands of intelligent management and realizes real-time information sharing of hydrological construction. The platform shows good performance in several scenarios, such as real-time statistical analysis of project progress, whole process management of instruments and equipment, standardized management of archives, which effectively improves the management efficiency and informatization of hydrological capital construction projects.