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Design and Implementation of the Coal Mine Gas Digital Monitoring Remote Networking System Based on C/S and B/S Structure

Author: ShaoYanBin
Tutor: QinPengTao；LiDongMei
School: Nanchang University
Course: Software Engineering
Keywords: Coal mine gas monitoring Remote Digital Networking System Mixed Mode C / S B / S
CLC: TP311.52
Type: Master's thesis
Year: 2009
Downloads: 92
Quote: 1
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Abstract


Now mine gas monitoring system has been digitized from simple single-well monitoring system developed to a new stage, namely, the achievement of the provincial, city and county within real-time monitoring and control network. Coal Mine Gas digital remote monitoring system using the computer, communications and other modern high-tech means, can be very effective to improve coal mine safety supervision, can be realized on harmful gases underground coal mines, wind speed, temperature, smoke, equipment, etc. open to stop the real-time monitoring, Once the abnormal only timely alarm, power failure, so mine data collected according to the system situation, to achieve the county, city and provincial levels respond timely to take response measures; while levels of management can also provide an on-site supervision , command, control, coordination of the digital platform to effectively prevent and avoid mine accidents, especially gas accidents. This thesis Jiangxi Province Coal Mine Safety Supervision sector demand, discusses the B / S and C / S coal mine gas monitoring remote networked digital system design and implementation techniques. The main contents include: (1) analysis and comparison of the coal mine gas monitoring remote networking of digital systems C / S structure and B / S structure. For the actual need is proposed based on C / S and B / S structure of the mixed-mode, and expounded to achieve this hybrid mode key technologies needed. (2) describes the coal mine gas monitoring remote networking of digital systems analysis and design. The system analysis and design using structured systems analysis and design methods. The paper gives a systematic analysis and system design methods and results. In the analysis phase, mainly discusses the data flow analysis. (3) discusses the coal mine gas monitoring digital remote networked systems implementation technology. Highlights FTP and SOECKET technology, COM component technology, middleware technology and SQL stored procedures. In this thesis, the techniques discussed are realized in this system, they are also available for other system development, with a strong versatility and reproducibility. (4) describes the coal mine gas monitoring remote networking of digital systems to achieve the results. This paper describes the network architecture of the system design and software architecture designed to achieve results, and gives several subsystems of the system to achieve the results. According to the system requirements analysis, the system's network architecture and software architecture design and implementation in C / S and B / S hybrid architecture is based, and in the paper to verify the actual realization of the system C / S and B / S Hybrid models for coal mine gas monitoring remote networked digital system effectiveness and practicality. To sum up, this system integrated in the structure of the C / S mode and B / S model has the advantage, both to improve safety supervision management efficiency and service quality, and reduce development costs, is a better solution . Dissertation research in coal mine gas monitoring remote networked practice has been implemented to good effect.

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