Practical Evaluation Index System Research Articles

Construction of The Professional Competency Evaluation Index System for Flight Attendant Specialty in Chinese Higher Vocational Education

This study aims to build a comprehensive and scientific Chinese high-vocational airliner professional ability evaluation index system to solve the challenges and needs of the current evaluation system. Based on existing research, this study is based on the understanding and application of the theory of occupational ability evaluation, combined with the DACUM method to conduct initial occupational analysis, use of the Delphi method to integrate the feedback of experts in the field of flight attendants and refer to the successful experience of the relevant flight attendants' vocational capabilities. This study built a framework for the evaluation index system. First, through the optimization and adjustment of the two-round Delphi method, the evaluation index system was clarified, the layer analysis method (AHP) was used for quantitative analysis, the weight of each indicator was finally determined, and a hierarchical structure model was constructed. This study has established a practical evaluation index system for China Airlines' vocational professional capability, covering output services, navigation services, reactions, and other necessary capabilities and qualities, including 4 First-level indicators, 12 second-level indicators, And 51 Third-level indicators. The evaluation indicators constructed by the Institute provide a scientific reference framework for training the professional competency of flight attendants. This study provides substantial guidance for the flight attendant specialty's training content and training scheme in Chinese higher vocational education. Efficiency, reduce training costs, and provide scientific reference for the talent training of the entire flight attendant industry.

Study on evaluation of emergency plan for production accident

The emergency plan assessment plays an important role in strengthening production safety accident prevention and improving the ability to respond to emergencies. This paper analyzes the causes of production accidents and the problems existing in the treatment, and combines the existing evaluation system to establish a more practical evaluation index system. Taking project A’s emergency plan as the evaluation object, the project is evaluated by rough set and gray comprehensive evaluation model. The project evaluation grade of A is optimal, and the feasibility of the program implementation needs to be further improved. This paper can evaluate the whole and part of the project more scientifically and accurately, by the establishment of the evaluation index system and method, and it has strong practicability.

Evaluation Methodology of Transit Based on Big Data Mining

Analysis of the operating conditions of public transit, potential problems and potential; evaluation of the existing public transport network scheme to meet the future urban public transport passenger traffic demand; feedback and verification of the implementation effect of public transport network planning. These are very important to traffic system management, especially bus operation management. Therefore, it is necessary to establish a scientific and practical evaluation index system and evaluation method for the public transport network, and make a scientific evaluation of the public transport network, and optimize the bus routes according to the evaluation results. Based on the big data mining and Bayesian network, a new method for evaluating public transport service is proposed. So, the service of transit can be evaluated reasonably from the point of quantitative analysis.

A Practical Classification Evaluation Approach for Comprehensive Competitiveness of Distributed Energy Supply Systems

The distributed energy supply system(DESS) is widely used in power grids. This paper proposes a practical classification evaluation approach (PCEA) based on analytic hierarchy process-entropy weight method (AHP-EWM), with the goal of the quantitative evaluation values of DESS. Firstly, a practical evaluation index system (PEIS) considering soft competitiveness and hard competitiveness is constructed and scenes of DESS are classified into types under the consideration of developmental characteristics. Then, to break the hierarchies between intertypes and improve the fairness of evaluation results, an index-contributing coefficient (ICC) based on EWM is introduced to estimate the influence degree of different indexes on classification evaluation between different types of scenes. Next, with the input valuables of practical evaluation indexes from the PEIS, the classification evaluation results of DESSs are obtained by PCEA. Finally, the DESSs in southern part of China are taken for an example for analysis and further results verify the adaptability of PCEA.

Construction of Hazard Source Evaluation Index System of Smart Grid

The smart grid is a perfect combination of modern science and technology, advanced management concept and the traditional power grid, it’s an inevitable choice of addressing energy security and environmental problems, tackling global climate change, and achieving the sustainability of the economic and social development. Hazard evaluation of Smart grids is the important guarantee for the safe operation of the smart grid and its evaluation work must have a scientific, comprehensive evaluation index system. This article take the idea of grid operation safety control management as the overall plan, combined with the working reality of the smart grid hazard source evaluation, make a discussion on constructing a scientific and practical evaluation index system of the smart grid hazard source, in order to guide the safe operation and management of the smart grid.

Complication Evaluation of Methods of Naval Battlefield Electromagnetic Environment Based on Combat Effectiveness

Aiming at the lack of unified evaluation criteria and method system to evaluate the naval battlefield electromagnetic environment complication, the methods are raised to work out the problem, such as building methods of index system based on the equipment operational effectiveness, practical evaluation index system ,quantitative index assessment model, evaluation criteria, etc. The methods can satisfy the requirements of naval battlefield electromagnetic environment complication evaluation, and it has reference significance to the navy to operate exercises under complex electromagnetic environment.

再生资源企业的“两型”企业评价指标体系构建<br>Research on Construction of Evaluation Index System about the “Two-Oriented” Enterprise in Renewable Resource Enterprises

根据企业可持续发展的要求方面，结合“两型”企业的内涵、特征，对“两型”企业评价指标体系构建展开了探索性研究。依托再生资源企业的特殊案例，采用分析法、频度统计法及专家咨询法，从经济效益评价、生态效益评价和社会效益评价3个方面构建了一套较科学、较实用的再生资源企业的“两型”企业评价指标体系，为该类企业的可持续发展提供参考。 According to the requirement of the sustainable development of the enterprise and the connotation and characteristics at the “two-oriented” enterprise, it has carried out an exploratory research of the “two-oriented” enterprise. Relying the special case on renewable resource enterprises, a set of more scientific and more practical evaluation index system about the “two-oriented” enterprise in renewable resource enterprises has been established which are evaluations about the economic benefits, ecological benefits and society benefits by means of analysis, frequency statistics method and expert consulting method. It can provide a reference for this enterprise’s sustainable development.