Design And Implementation Of Distributed Underground Advance Detection Cooperative Work System

In the field of advanced detection,high reliability is required for the detection,acquisition,processing and interpretation of geological data.However,there is a serious shortage of professionals competent for data processing and interpretation,resulting in a large number of geological data collected by on-site detection can not be interpreted in real time,which seriously affects the progress of coal mining.In order to solve the above problems,this paper designs and implements a downhole advanced detection cooperative work system based on distributed architecture,so as to give full play to the respective advantages of field technicians and geophysical professionals and improve the efficiency of advanced detection.Based on the workflow and business requirements of advanced detection,based on cloud computing and distributed architecture,Vue.js,spring boot and other framework technologies,designed and implemented the underground advance detection cooperative work system.The system functions run through the whole process of exploration task release,geophysical exploration scheme design and review,data acquisition and quality control,data processing,report preparation and review,delivery and acceptance,and realize the collaborative work and data flow of the whole process between internal and external industries and coal mining enterprises;By selecting the report template and compiling the content of the achievement report,the online generation of the exploration achievement report is realized.After the system development and deployment is completed,it can well improve the efficiency of advanced detection,and the research content can well solve the problems faced in the above advanced detection field,hoping to further improve the competitiveness of China’s coal mining collection industry in the world.