Introducing an open-pit mine slop stability evaluation system based on case-based reasoning

Though slope disaster management practice has accumulated a lot of success and failure of slope treatment project cases, large amounts of data information produced by these engineering cases were not been taken full advantage of therefore caused great waste of resources. Fully development and usage of large amounts of stability-known slope experience undoubtedly have important practical significance. Therefore, based on the usage of previous open-pit mine slope engineering cases, this paper proposes an intelligent slope stability evaluation system based on case-based reasoning. The system uses frame to represent store cases, uses analytic hierarchy process to determine the weight of case attribute, uses similarity calculation method based on Euclidean distance to retrieve case in order to get the result, and finally analyzes the results or reforms the case base if problems exist. Through experimental analysis, this paper proves the validity and feasibility of the system.