An Expert System for Metal Resources Exploration and Mining Feasibility Evaluation

Jian-hong Chen, Qinghua Song, Shan Yang, Zhiyong Zhou
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Abstract

The development process of Metal Resources Technical and Economic Evaluation Expert System (MRTEEES) is introduced in the aspects of requirements analysis, design of the expert system, main functions of the expert system and features of the expert system. The system is based on C/B/S mixed mode and uses ASP.NET technology with .Net Framework being chosen as the development platform and metal resources database providing data support at the bottom layer. The system is an auxiliary management system for metal resources technical and economic evaluation and has the basic functions of auxiliary decision analysis, metal resources database management, data management and comprehensive query. Technical and economic evaluation model can be set up by users independently according to at which stage a project is, mainly including exploration stage, development stage and production stage, and according to the mining methods, for example underground mining, surface mining and in-situ leaching mining. Then, the technical and economic evaluation parameters can be generated. By inputting the value of each parameter in a simple and convenient way, the evaluation results can be directly calculated out and shown in the form of diagrams among others, and feasibility evaluation report can also be automatically generated, making the technical and economic evaluation process accurate and efficient. As the system can achieve the functions of scenario analysis, sensitivity analysis, shareholder’s returns analysis, horizontal comparison of different projects, it can improve the ability of project senior decision makers for rapid response to the rival and meet the demand of pricing negotiations.
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金属资源勘查与开采可行性评价专家系统
从需求分析、专家系统的设计、专家系统的主要功能和专家系统的特点等方面介绍了金属资源技术经济评价专家系统的开发过程。该系统采用C/B/S混合模式,采用ASP技术。采用。NET技术,选择。NET框架作为开发平台,底层采用金属资源数据库提供数据支持。该系统是金属资源技术经济评价辅助管理系统,具有辅助决策分析、金属资源数据库管理、数据管理和综合查询等基本功能。用户可根据项目所处的阶段,主要包括勘探阶段、开发阶段和生产阶段,根据开采方式,如地下开采、露天开采和原地浸出开采,自主建立技术经济评价模型。然后,生成技术经济评价参数。通过简单方便的输入各参数的值,可以直接计算出评价结果并以图表等形式显示,还可以自动生成可行性评价报告,使技术经济评价过程准确高效。系统实现了场景分析、敏感性分析、股东收益分析、不同项目横向比较等功能,提高了项目高层决策者快速应对竞争对手的能力,满足了价格谈判的需求。
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