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首页> 外文期刊>Journal Of The South African Institute Of Mining & Metallurgy >Development of an expert system for on-line ventilation network analysis and graphic representation of mine ventilation parameters
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Development of an expert system for on-line ventilation network analysis and graphic representation of mine ventilation parameters

机译：开发专家系统，用于在线通风网络分析和矿井通风参数的图形表示

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The expert system component of Knowledge Base system supports the analysis and interpretation phases of ventilation design with an algorithmic program used for the solution of alternate design. The paper describes the 'ES-VENT' knowledge based system developed at Central Mining Research Institute, Dhanbad, India for an on-line diagnosing of the ventilation problems using the 'IITMRULE' expert system development tool. In the 'IITMRULE' expert system tool, it has been decided to use a backward chaining reasoning process to reach the goal state i.e. the final conclusion. ES-VENT system is made of three modules: On-line Data, Diagnostics and KBS. Each module is being a collection of several programs. The paper mainly deals with the parameters affecting the ventilation of underground mines such as air-velocity, air pressure, temperature, dust, and humidity and gas contents. The graphical presentation of these parameters on the computer and the interactive, part of the developed program is expected to help a ventilation officer to determine the changes in a ventilation circuit necessary to bring the mine ventilation to the desired value. Once such changes are physically effected, the display will indicate if the changes have brought the desired effect or not on ventilation.
机译：知识库系统的专家系统组件通过用于替代设计解决方案的算法程序，支持通风设计的分析和解释阶段。本文介绍了由印度丹巴德中央矿业研究院开发的基于“ ES-VENT”知识的系统，用于使用“ IITMRULE”专家系统开发工具对通风问题进行在线诊断。在“ IITMRULE”专家系统工具中，已经决定使用反向链接推理过程来达到目标​​状态，即最终结论。 ES-VENT系统由三个模块组成：在线数据，诊断和KBS。每个模块都是几个程序的集合。本文主要研究影响地下矿井通风的参数，例如风速，气压，温度，灰尘，湿度和气体含量。这些参数在计算机上的图形化表示以及所开发程序的交互式部分有望帮助通风人员确定使矿井通风达到所需值所需的通风回路变化。一旦这些变化受到物理影响，显示屏将指示这些变化是否对通风产生了预期的效果。

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