Simulation medical teaching system for marking system based on multi-criterion decision weight analysis math model

Abstract

The invention provides a solution of a simulation medical teaching system for a marking system based on a multi-criterion decision weight analysis math model. An algorithm of the marking system based on the multi-criterion decision weight analysis math model is implemented in a human-machine interaction system; the human-machine interaction system is connected with an embedded control system; the embedded system is connected with a simulator; the simulator is connected with a simulation medical operation device, acquires medical operation corresponding to a user and transmits the medical operation to the human-machine interaction system; the medical operation is used as a marking basis; the human-machine interaction system integrates solutions provided by professionals and performs comprehensive coordination according to index criterions such as the optimal treatment time, the effect, the cost and the reliability; and a priority sequence relation of the treatment solutions is obtained through a multi-criterion decision weight analysis algorithm, so that the operation of a student can be marked rationally. The marking decision comprises the following steps of: 1, building a hierarchical layer structure; 2, constructing pairwise comparative judgment matrixes; and 3, calculating a relevant weight of each element under the single criterion, and finally obtaining a marking result.

Description

technical field [0001] The technical scheme of the invention belongs to the technical field of simulated medical teaching, and is a solution for evaluating a simulated medical and nursing teaching system, which is used for medical simulation teaching training in medical education colleges. Background technique [0002] The traditional simulation teaching system often only compares the operation results with the standard operation to judge whether the operation is correct. For the same case, there may be multiple feasible plans and different treatment steps during treatment. Based on the multi-criteria decision weight analysis The scoring method of the mathematical model breaks the previous fixed scoring mechanism, making teaching scoring more objective and giving students more room to play. Contents of the invention [0003] The purpose of the present invention is to solve the current situation that the simulated medical and nursing teaching system currently on the market ...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to solve the current situation that the simulated medical and nursing teaching system currently on the market only adopts a fixed mode evaluation mechanism, and the evaluation method is not flexible and objective enough. Its beneficial effect is to significantly improve the medical education means

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