基于B/S架构的矿区生态监管系统平台设计与实现

打开文本图片集

关键词：煤炭；信息化;Springboot;Vue

中图分类号：TP311.52；P694 文献标志码：A 文章编号：1003-5168（2025）16-0017-06

DOI： 10.19968/j.cnki.hnkj.1003-5168.2025.16.004

Design and Implementation of a Mining Area Ecological Supervision SystemPlatformBased onB/SArchitecture

ZHANG Lei12 （1.China Coal Aerial Surrey and Remote Sensing Group Co.，Ltd.，Xi'an 71O1Oo， China; 2.Xi'an MeihangRemote SensingInformation Co.，Ltd.，Xi'an71O1oo， China）

Abstract：[Purposes] Traditional coal exploitation faces issues such as environmental polution，resource wastage，and inadequate information-based supervision.In this context，promoting technological innovation and building an ecological supervision system for mining areas is of great significance in improving the overallevel of the coal industry.[Methods] Utilizing the B/S architecture，combined with the technology stack of Spring Boot， Vue，and MySQL， we achieve seamlessfront-end and back-end integration. This enables visualization of background data，satelliteand drone remote sensing data，3Ddata，integration of algorithms，and project management.[Findings] The system has achieved the visualization of thematic data of mining areas，evaluation data of ecological issues in mining areas，supervision data of ecological restoration projects，and evaluation data of the effectiveness of ecological restoration in mining areas.It integrates online algorithms to enable online evaluation of ecological issues in mining areas and assessment of ecological restoration efects.The system operates stably and has achieved the expected results.[Conclusions] The system has realized full-cycle supervision featuring "traceability of mine ecological issues，controllable restoration projects，and measurable restoration benefits，" which will help mines embark on a path of ecological priority，green，and low-carbon development. Keywords： coal; informatization; Springboot; Vue

0 引言

煤炭资源的开发与利用，促进了社会各行各业的发展，但传统的煤炭开采方式会对生态造成一定破坏。（剩余3373字）