Construction Of Evaluation System Research Articles

The risk assessment of manufacturing supply chains based on Bayesian networks with uncertainty of demand

The great changes in the external environment of the manufacturing supply chain make its demand more complex and difficult to control. This paper takes China as an example. According to questionnaire survey and principal component analysis, the risk indicators caused by uncertain demand are screened and classified to construct evaluation system and complete risk identification. The Bayesian network integrating fuzzy set theory and left and right fuzzy ranking is used to explore the relationship between risk indicators and supply chain to achieve risk evaluation. In view of the highest risk factors, an incentive mechanism model based on information sharing is put forward to prove theoretically that information sharing is an important strategy to reduce risk. The results are as follows: The uncertain demand will lead to a high level of risk in China’s manufacturing supply chain, in which the level of information technology is the biggest cause. Only when manufacturing enterprises are willing to share information and other node enterprises join the information sharing team, can demand uncertainty be fundamentally reduced. The proposed risk assessment model realizes the method innovation and theoretical innovation. It can practical and effectively help relevant enterprises to determine and control risks.

Evaluation Model of Ecological Environment of Saihan Dam

Aiming at the evaluation of the impact of Saihan dam on ecological environment construction, this paper selects several 
 representative indicators to evaluate the ecological environment through the ECCI evaluation system, and judges the impact 
 degree of Saihan dam by establishing the relevant model of the impact of Saihan dam on ecological environment construction.
 Based on the existing evaluation system of ecological civilization construction in China, by collecting various data and consulting 
 relevant literature, three categories and seven indicators with great correlation before and after the restoration of Saihan dam are 
 selected, and the judgment matrix is constructed by analytic hierarchy process, so as to obtain the weight value of each index. The 
 factor analysis is carried out by constructing the matrix, and the vector is normalized, The consistency is used to test the indicators, 
 and then the data before and after the restoration of Saihan dam are substituted for comparative analysis.

Operation Risk Structural Analysis and Evaluation System Construction for Multistation Integration Project

Digitalization in the power grid sector will become a strong support in the future for the upgrading of the power industry. And, multistation integration has become a leading project in the process. However, there are some hidden risks to its security with the boom of new technologies. Risk analysis and evolution of the multistation integration have an important role in safe operation. This paper analyzes the relationship among risk factors by using both the structural equation modeling (SEM) and the chi-squared automatic interaction detector (CHAID) approach, which is more objective than subjective judgment. The result shows the following: (1) The operational risks come from 10 risk-derived sources which therefore can be qualitatively divided into 2 risk categories with 11 risk indicators. (2) Concerning the structural analysis, the main risk source of multistation integration comes from endogenous risks. (3) In terms of procedural analysis, cultural risk, information risk, and accidental risk are the most critical external risks, while performance risk and location risk are the most critical internal ones. The results of models provide a reference for engineering management in digitalization in the power grid sector.

RETRACTED: Construction of ecological environment landscape evaluation system of small towns along the Huaihe River area based on fuzzy cloud model

This article has been retracted: please see Elsevier Policy on Article Withdrawal (https://www.elsevier.com/about/our-business/policies/article-withdrawal). This article has been retracted at the request of the author due to what the author claimed was the imprecise model and inaccurate method applied in the study.

Construction of Evaluation System of Effectiveness of Supply Based on Spatial Perspective

The requirement of "building a higher-level National Fitness Public Service system centering on meeting the needs of the people" by the Chinese State Council is to guarantee and satisfy the demand of public through effective supply. However, despite of the clear purpose of the task, there is still a gap between the actual and the expected status of National Fitness Public Service supply. Based on the characteristics of the perspective of space, the purpose of this study is to examine how to measure and achieve the effectiveness of National Fitness Public Service’s supply. By reviewing the literature, relevant results of the performance evaluation system of National Fitness Public Service are sorted to provide theoretical support for the value orientation, index selection and other processes of the evaluation system constructed in this study. Current regulations on National Fitness Public Service in various fields in China are classified, and representative indicators are compared, analyzed, and summarized as the reference basis for evaluation standards. The value orientation of the evaluation system is shown in three levels in the spatial dimension: "ensuring spatial justice", "adapting to spatial needs" and "building value consensus". The spatial evaluation system is constructed based on the three-dimensional evaluation dimensions of "supply capacity", "behavioral demand" and "The degree of spatial coupling", this evaluation system comprehensively reflects the subjective and objective evaluation results. The study shows that when exploring reasons for insufficient effectiveness, factors should be analyzed from both of supply and demand sides. The evaluation results of the evaluation system are characterized by being Relative and Developmental. The evaluation results should be based on the relative effectiveness results produced by comparison, and absolute judgment should be avoided. The relative evaluation results focus on finding the elements, links and mechanisms with deficiencies, avoid stopping at the judgment of pros and cons, and should promote self-perfection, stimulate self-innovation and finally achieve the goal of self-development.

Based on Optimization Research on the Evaluation System of English Teaching Quality Based on GA-BPNN Algorithm.

English teaching is an important part of basic teaching in our country, which has been deeply concerned by all aspects. Its teaching quality not only is related to the purpose of English teaching, but also has a far-reaching impact on students' English learning. Therefore, the construction of English teaching quality evaluation system has become the focus of research. However, the traditional English teaching quality evaluation method has some problems; for example, the subjectivity of teaching evaluation is strong, the evaluation index is not comprehensive, and the evaluation results are distorted. Therefore, this paper studies the English teaching quality evaluation system based on optimized GA-BP neural network algorithm. On the basis of BP neural network algorithm evaluation simulation, GA algorithm is introduced for optimizing, and GA-BP neural network algorithm model is further optimized by GA adaptive degree variation and entropy method. The experimental results show that the optimized GA-BP neural network algorithm has faster convergence speed and smaller error. At the same time, the optimized GA-BP neural network algorithm evaluation model has better adaptability and stability, and its expected results are more in line with the ideal value. The results of English teaching quality evaluation are more scientific, showing higher value in the application of English teaching quality evaluation.

Construction of evaluation system and evaluation model of urban environmental engineering geological problems —— a case study of Jinan City

In order to further study the problems of urban engineering geological environment, taking Jinan as an example, the environmental engineering geological problems are divided into four aspects: primary environmental engineering geological problems, secondary environmental engineering geological problems, the influence of human activities and the restriction of spring water on engineering construction. A multi-level, multi-objective and multi factor evaluation index system suitable for environmental engineering geology is established. The mathematical model is established by using analytic hierarchy process and fuzzy comprehensive evaluation method to evaluate the primary environmental engineering geological problems, secondary environmental engineering geological problems, the impact of human activities and the restrictive effect of spring water on engineering construction. The mathematical model is established by using Nemero index method to comprehensively evaluate the environmental engineering geological problems in Jinan, and the suitability zoning of engineering construction is carried out.

Construction of Curriculum Evaluation System for English Majors Courses under the Concept of Curriculum-Based Political and Virtuous Awareness

This paper focuses on the heated discussion of “Curriculum-Based Political and Virtuous Awareness” (CPVA) from the perspective of the curriculum evaluation system construction. Firstly, it introduces the background information of CPVA in China, indicating that CPVA is a new requirement for the higher education in the new era. After literature review, the paper illustrates the problems existing in the current CPVA evaluation system. Finally, framework and implementation plan are proposed by the author with the example of Comprehensive English for English majors. Hopefully, it can promote the effectiveness of the evaluation mechanism and give some inspiration to the future research.

An Attempt to Evaluate the Green Construction of Large-Scale Hydropower Projects: Taking Wudongde Hydropower Station on the Jinsha River, China as an Example

Huge amounts of energy and resources will be consumed, and a large quantity of environmental pollutants will be produced during the construction process of large-scale hydropower projects. As a core link of green supply chain in hydropower projects, green construction is particularly critical. To objectively evaluate the green construction level of large-scale hydropower projects, an evaluation indicator system was constructed in the study. The evaluation system consisted of 30 quantitative indicators and 7 qualitative indicators from the perspectives of environmental protection, resource saving and comprehensive management on the basis of the construction characteristics of large-scale hydropower projects. The quantitative and qualitative evaluation standards were proposed by combining with relevant laws and regulations, specifications and standards, and the environmental management maturity model. Furthermore, taking the second quarter of 2018 in Wudongde Hydropower Station on the Jinsha River, China, as an example, green construction level was assessed by the analytic hierarchy process fuzzy comprehensive evaluation (AHP-FCE) method. The calculation results indicated that the evaluation value of green construction in Wudongde Hydropower Station was 3.697, at “Good” level. The evaluation values of environmental protection, resource saving, and comprehensive management were 3.681, 3.473, and 3.965, respectively, within the range of 3 to 4, so they were all evaluated to be “Good”. To further improve the green construction level, it was necessary to supervise some aspects of construction process, i.e., treatment of waste slag in construction, economical and intensive utilization of land, publicity and training, soil erosion control, and saving water resources. In particular, management of soil erosion control should be strengthened. The proposed green construction evaluation system is relatively reliable and practical for professionals in the green hydropower industry, and can provide a reference for other large-scale hydropower projects.

Value-added Evaluation System for Vocational School Students Construction and Practice Research

Student evaluation in the new era should be rooted in the educational macro background of "cultivating people by virtue" and comply with the overall policy orientation of educational evaluation reform. This research focuses on the construction and implementation of value-added evaluation system. Combined with the characteristics of vocational school students, this paper constructs a four-level index system and refines the student evaluation standards. The evaluation subjects are students, head teachers, teachers, parents and enterprise managers. Through the development of the related APP, it is convenient for each evaluation subject to input information, and finally use K-line chart to visually present the change process of the appreciation in students' literacy. A value-added evaluation system with strong timeliness, objectivity, motivation and operability is constructed.

Research on the Application of OBE Educational Concepts in the Field of Music Aesthetic Education--Taking Piano Education as an Example

Aesthetic education is an important activity to improve students' comprehensive quality, and music has a distinct function of aesthetic education. The core of OBE education concept is to design curriculum around learning output , including curriculum design, teaching content organization, selection of teaching methods, construction of teaching evaluation system, construction of teaching environment, etc. This paper first briefly expounds the basic connotation of OBE education concept, and then emphatically discusses the application status of OBE education concept in the field of piano aesthetic education in Chinese schools, especially the existing problems. Finally, corresponding countermeasures are put forward to solve these problems.

Research on the Evaluation System of College Students’ Ideological Education Supporting Smoking Banon Campus in the AI Era-Based on the Analysis Framework of AGIL

Objectives: Artificial intelligence has profoundly changed the way of university education. The tobacco ban on university campuses has become a consensus among people. The public smoking ban among university students requires both external constraints and internal ideological education. The evaluation system construction of college students’ ideological education is an effective way to improve the quality of college students’ ideological education, and it has a guiding role in promoting the ideological education of college students. The evaluation system is a whole, so we should start from structural function, and pursue the system construction and implementation path from the inside to the outside. Parsons Structural Function Analysis Framework (AGIL) is a systematic analysis method to study the structural function of social action. Using AGIL for analysis, the evaluation subject, evaluation objective, evaluation organization and evaluation system constitute the functional structure of the evaluation. To build an ideological education evaluation system for college students, the implementation path involves optimizing evaluation subject and promoting result evaluation; focusing on evaluation objectives and enhancing process evaluation; strengthening evaluation organization and breaking through value-added evaluation; improving evaluation system and perfecting comprehensive evaluation.

Reform Exploration on Researching Experimental and Practical Teaching

Under the background of first-class course construction and according to the characteristics of the elastic-plastic mechanics course content, through the construction of diversified researching experimental teaching mode, the design of project-based researching innovative experimental content and the construction of hybrid experimental teaching assessment and evaluation system, Breaking through the barrier between the teaching of elastic-plastic mechanics theory and practical application, cultivating students' independent researching and innovation ability to master the theoretical knowledge of elastic-plastic mechanics and its application in practice, improving students' ability to find, analyze, solve and think independently, and providing a strong curriculum teaching foundation for the cultivation of first-class undergraduate talents.

Research on the Construction of Normalization Mechanism of Graduate Education Quality Monitoring and Evaluation Under the Background of Quality-Oriented Enrollment Expansion

Since the reform and opening up, with the economic and social development and industrial demand, the scale of graduate education in China has been expanding. According to the average annual growth rate of enrollment scale, it can be divided into three stages: recovery development, rapid development and steady growth. In 2020, the executive meeting of the State Council made the decision and deployment of graduate enrollment expansion. This quality-oriented enrollment expansion further highlights the risk challenges of the monitoring and evaluation of graduate education quality, and puts forward higher requirements for the monitoring and evaluation of graduate education quality. By strengthening the construction of monitoring and evaluation system, improving the monitoring and evaluation index system, enriching the monitoring and evaluation methods, and reasonably using the monitoring and evaluation results, the normalization mechanism of graduate education quality monitoring and evaluation with Chinese characteristics, in line with international trends, adapting to the needs of the industry and ensuring the training quality, is constructed.

Analysis on the Construction and Innovation of Classroom Teaching Quality Evaluation System for College Teachers

Teaching quality evaluation is a part of teaching quality monitoring in colleges and universities. It is an effective way to test students’ learning effect and teachers’ teaching effect. Based on this, this paper analyzes the problems existing in the classroom teaching quality evaluation system of college teachers, and puts forward the optimization and innovation methods for reference.

Construction of Evaluation System of Water Resources Environmental Carrying Capacity in Island Tourism based on Frequency Analysis Method

Most evaluation systems don’t consider the problem of evaluation index selection, so the evaluation delay increases, and the evaluation results are not ideal, in order to solve the above problems effectively, a system to evaluate the water resources environmental carrying capacity in island tourism based on frequency analysis method is proposed and constructed. Through the study of the concept and connotation of water resources environmental carrying capacity in island tourism, combined with the system analysis theory, the principle of comprehensive evaluation indicator selection is established; the basic indicators are screened by frequency analysis method, and the evaluation system of water resources environmental carrying capacity in island tourism is established. According to the established system, a comprehensive evaluation model is set up to evaluate the environmental carrying capacity of water resources in island tourism. The simulation results show that the proposed system can effectively reduce the delay and improve the accuracy of the results to evaluate the environmental carrying capacity of water resources in island tourism.

Research on Evaluation and Management of Agricultural Professional Managers' Training Quality Based on Modern Apprenticeship System

By strengthening the cultivation of agricultural talents, we can inject new vitality into the construction of new professional farmers, and effectively help solve the problems of agriculture, rural areas and farmers under the rural revitalization strategy. At present, cultivating agricultural professional managers is the key measure to solve the shortage of agricultural talents. With the increasing investment in vocational education, the diversified evaluation requirements of modern apprenticeship system are getting higher and higher. The construction of diversified evaluation system is based on the main body of both schools and enterprises, and a tripartite linkage evaluation mechanism between home and school is established. On the basis of analyzing the basic principles of diversified assessment, a diversified assessment model with students and apprentices and teachers and masters as two main lines was constructed, which made a beneficial exploration for the quality evaluation management of regional modern agricultural professional managers.

Evaluation of Ecological Environmental Pollution in Green Building Construction

The long-term extensive development mode of China’s construction industry has resulted in the enormous consumption of energy resources, increasingly severe environmental pollution, and serious ecosystem degradation. Green construction is an essential route to implement the ecological civilization construction policy and achieve green building in China’s construction industry. However, enormous environmental pollution has been generated because of a series of problems in China’s green building construction, such as the lack of a scientific evaluation system for green building construction, loose field construction management, and weak awareness of environmental protection among constructors. Therefore, in this study, a pollution evaluation index system for green building construction was established from three aspects, namely, resource utilization, environmental load, and environmental management, to evaluate the class of ecological environmental pollution triggered by green building construction. Next, a model combining the analytic hierarchy process (AHP) and fuzzy comprehensive evaluation was built, followed by a case study. The results revealed that resource utilization was the main factor causing ecological environmental pollution in green building construction, accounting for 63.70%. Energy conservation and application of new pollution control technology were level III factors that should be given considerable attention. In the fuzzy comprehensive evaluation, the degree of membership of “good” was 0.4855, which was the maximum, indicating that the ecological environment of green building construction in this study was at “good” level, thereby indicating the environmental friendliness of green building construction. This study will be of positive reference values for identifying the ecological influencing factors of green building construction, reducing the waste of resources of green buildings, promoting green construction technologies, and innovating green con

Construction and analysis of the user satisfaction evaluation system for Baidu Scholar

Various new information technologies have promoted the development of general academic search engines (GASEs), but have also presented them with unprecedented challenges. It is necessary to improve GASEs' service quality. Baidu Scholar (BS) is currently the most popular GASE in China, and improving its service quality is of great importance to Chinese researchers. The service quality of BS can be reflected by user satisfaction, which inspires service providers that researches on user satisfaction are helpful to find effective strategies to improve the service quality of BS. However, there are few tools available to evaluate BS' user satisfaction. In this study, based on the previous study and the characteristics of BS, the user satisfaction evaluation system for BS was constructed and analyzed by the combination of the Delphi method, questionnaire survey, and Grey Relational Analysis (GRA). The results showed that the constructed user satisfaction evaluation system for BS included three evaluation dimensions and nineteen evaluation indicators. Moreover, it was found that ensuring the effectiveness of the service links, improving the responsiveness of the system, and keeping information available at no charge are the best strategies to improve BS' user satisfaction.

Practice of EVA-Based Balanced Scorecard in the Construction of Performance Evaluation System

In the current era of new economy, the competition between enterprises is becoming increasingly fierce. In many performance evaluation tools, EVA’s balance sheet scorecard has gradually become a more convenient management tool for organizations to implement strategies. The introduction of a balanced scorecard (if used properly) in the company’s performance evaluation will greatly improve the management efficiency of the organization and play a better role in promoting the enterprise to achieve the best resource allocation. This article aims to analyze the status quo of the EVA balanced scorecard in the performance appraisal system and its implementation in the enterprise through an overview of the relevant concepts and basic theories such as the balanced scorecard, combined with the theory of enterprise performance evaluation, such as the balanced scorecard. And strategic performance evaluation theory and other related theories established a series of effective management methods that match the EVA balanced scorecard. Use performance management system model calculation and performance evaluation system design to study the role of EVA-based balanced scorecard in building the performance evaluation system. Exploring the EVA balanced scorecard through experimental research can not only really improve the shortcomings and problems of the single performance appraisal system used by enterprises but also make it more in line with the company’s strategic development requirements and promote the realization of the strategy. The goal of the company: the experimental results of this paper show that 80% of the company’s operating conditions in the EVA-based balanced points performance evaluation have increased year by year and also confirmed that the EVA performance management system is a future-oriented performance management system.