Effectiveness of utilization efficiency evaluation of large-scale precision equipment and apparatus of local colleges
Wang Ta
Abstract
Wang Ta
Abstract
To improve the application efficiency and investment benefit of large-scale precision instruments and equipments,many universities and colleges formulate the use of benefit evaluation method on their own conditions,and achieve a certain success.However,most of evaluation methods rely on the same evaluation index system and index weight coefficient.As a result,some evaluation results are not consistent with the real case.In this paper,according to different service objects,their functions are divided into 3types,such as teaching use,scientific research use and external services.On this basis,the evaluation index system is established,index weight coefficient is determined by analytic hierarchy process of improved application,and a 5-level evaluation criteria is developed.Finally,taking Hebei University of Science and Technology as an example,this method is validated and proved to be effective.
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To improve the application efficiency and investment benefit of large-scale precision instruments and equipments,many universities and colleges formulate the use of benefit evaluation method on their own conditions,and achieve a certain success.However,most of evaluation methods rely on the same evaluation index system and index weight coefficient.As a result,some evaluation results are not consistent with the real case.In this paper,according to different service objects,their functions are divided into 3types,such as teaching use,scientific research use and external services.On this basis,the evaluation index system is established,index weight coefficient is determined by analytic hierarchy process of improved application,and a 5-level evaluation criteria is developed.Finally,taking Hebei University of Science and Technology as an example,this method is validated and proved to be effective.
Key concepts: Analytic hierarchy process, Index (typography), Evaluation methods, Scale (ratio), Reliability engineering, Computer science, Service (business), Investment (military)