Construction Of Evaluation System Research Articles

Construction of evaluation system for students’ practical ability in sports training in colleges and universities

Abstract Sports training is the principal pedagogical approach to achieving educational objectives in college-level sports courses, where the demands on students’ practical sports skills are increasingly stringent. This study formulates an evaluation index system for the sports practice abilities of college students tailored to the contemporary requirements of sports training in higher education institutions. The entropy value method was employed to determine the weights of the indices in this system. Using colleges as a case study, the gray correlation model was applied to assess the comprehensive practical abilities of students, leading to the development of targeted sports training optimization strategies. Additionally, the effectiveness of these strategies was evaluated. The findings indicate that the weight coefficient for sports character is the most significant at 0.41659, highlighting its substantial role in overall practical ability. Beyond basic physical skills, significant improvements were observed in the experimental class’s sports cognition, health behavior, and sports character scores (P<0.05). The practical ability system proposed in this paper serves as a valuable guide for instruction and has proven effective in enhancing students’ practical sports skills.

Vibration suppression of omni-directional mobile robots for inspecting outdoor infrastructure facilities (Construction of evaluation system for vibration properties)

Vibration suppression of omni-directional mobile robots for inspecting outdoor infrastructure facilities (Construction of evaluation system for vibration properties)

The construction of evaluation system for the business ability of social sports instructors

The construction of evaluation system for the business ability of social sports instructors

Research on the Continuous Protection and Development of Traditional Villages in Western Yunnan in the Context of the Internet Era

Abstract Traditional villages are facing many development dilemmas and problems, for this reason, this paper proposes to use hierarchical analysis to study the continuous protection and development of traditional villages in western Yunnan. Combined with China’s national conditions and the actual situation in western Yunnan, it points out the conditions for the contiguous protection and development of traditional villages. According to the principle of evaluation system construction, the evaluation standard system for contiguous protection and development of traditional villages in western Yunnan is determined. To eliminate the influence of indicators on the evaluation results, the relevant indicators are normalized, and the judgment matrix is constructed. Moreover, use the hierarchical analysis method to carry out single sorting and consistency tests on the judgment matrix to derive the weight coefficient of the evaluation index system. Then, a case study was conducted on the continuous protection and development of traditional villages in western Yunnan. The results show that the comprehensive evaluation score of the contiguous protection and development of traditional villages in western Yunnan is 4.08168, which is between excellent and good grades, indicating that the experts maintain a good and positive attitude towards the evaluation of the contiguous protection and development of traditional villages in western Yunnan. This study proposes strategies for protecting and developing traditional villages in southern Anhui, which are conducive to improving the research system for protecting and developing traditional villages.

An Exploration of Customer Experience Design Innovation in Tourism and Hospitality Industry Driven by Emerging Technologies

Abstract With the rapid development of tourism hotels, there are many problems, such as uneven design quality and poor user experience. In response to the above issues, this paper proposes a digital design for tourism hotels that integrates VR technology. Using the network crawling technology in the network LDA model, the text data on customer experience design in the tourism hotel industry is obtained, and in order to avoid the problem of duplicate values and null values in the data, data processing is carried out to ensure the precision of the research results. Based on the principle of evaluation system construction, we determine the evaluation index system for tourism hotel customer experience design that allows the integration of VR technology and constructs the LDA-AHP model for hotel customer experience design. Based on the acquired research data, the customer experience design of the tourism hotel industry is analyzed by examples. The results indicate that the comprehensive evaluation score for tourism hotel user experience based on the LDA-AHP model is 3.3075, which suggests that the design of tourism hotel user experience based on the LDA-AHP model is at the 3-crown level. This study provides theoretical references for the design of tourist hotel customer experiences, which can help the tourist hotel industry improve and develop rapidly.

CONSTRUCTION OF LOW-CARBON DEVELOPMENT INDEX SYSTEM IN THE ELECTRIC POWER CONSTRUCTION INDUSTRY

Climate change has become a global challenge, and China plays a crucial role in addressing this issue, particularly with significant challenges in carbon reduction tasks. The impact of global climate change on human production and life is increasingly prominent, and countries worldwide are committed to carbon neutrality through agreements such as the Paris Agreement. China accounted for approximately 29% of global carbon dioxide emissions in 2019, making achieving carbon peak and carbon neutrality a key factor in global competition. The Chinese government has repeatedly declared its goals of carbon peak and carbon neutrality, demonstrating a strong determination. Establishing a carbon accounting system is fundamental to achieving these targets. China refers to the guidelines of the United Nations Intergovernmental Panel on Climate Change (IPCC) and the MRV system to ensure detectable, reportable, and verifiable emissions, guaranteeing the accuracy of the data. This will facilitate the smooth operation of the national carbon trading market and stimulate carbon reduction efforts. Regarding carbon accounting, the article mentions two critical aspects: methodological guidance based on the IPCC's inventory guidelines and ensuring a detectable, reportable, and verifiable system. This provides the foundation for unified carbon emission data and the operation of the national carbon trading market. Building on the establishment of the carbon accounting system, the article further discusses the construction of a low-carbon development index system for power grid development. This involves establishing a carbon emission accounting and evaluation system for transmission and transformation projects, quantitatively monitoring and assessing projects through methods such as carbon emission accounting and input-output analysis. Additionally, a comprehensive index evaluation method is employed to construct a green construction evaluation system, providing a low-carbon green score for power grid construction. This work contributes to China's better achievement of carbon reduction goals and promotes sustainable development.

The Construction of English Speaking Evaluation System in Colleges and Universities under Cross-cultural Perspective

Abstract Establishing a perfect teaching evaluation system is one of the essential links to test the teaching results. In this paper, firstly, on the basis of clarifying the principle of constructing the evaluation index system of spoken English teaching, we formulate the index elements of the first, second level, and third levels, build the evaluation index system of spoken English teaching through the Delphi method, and initially determine the degree of importance of the evaluation indexes by relying on the Likert scale. Then the indicators are assigned with the compatibility matrix analysis method and the improved entropy weighting method, and the level of spoken English teaching in colleges and universities is quantitatively analyzed from the two primary levels of students and teachers through the fuzzy comprehensive evaluation method. Finally, examples are used to examine students’ readiness to evaluate spoken English teaching in colleges and universities, and the effectiveness of the constructed evaluation system for spoken English teaching is assessed. The results show that the total score of students’ rating of spoken English teaching in colleges and universities is 86.5, and the total score of teachers’ rating is 93.3, both of which are more than 85, indicating that the quality of spoken English teaching in the sample colleges and universities is good. This study realizes further improvement and transformation at the levels of evaluation concept, evaluation content, evaluation method, etc.. It provides specific references for teaching evaluation and decision-making regarding teaching reform in other disciplines.

Construction of Financial Performance Evaluation System based on Principal Component Analysis Algorithm and Its Application in Digital Transformation Enterprises

In the context of a strong national push toward the growth of the ""digital economy"", traditional manufacturing companies are increasingly turning to new digital technologies for their digital transformation. This paper aims to investigate the suitability of using a financial performance evaluation system for assessing the success of digital transformation strategies employed by these enterprises. The application of principal component analysis in digital transformation enterprises involves repeatedly selecting the main indicators in the financial performance evaluation index system of manufacturing enterprises. Finally, a financial performance evaluation index system suitable for analyzing digital transformation enterprises is constructed. The differences in financial performance before and after transformation are analyzed, and a comprehensive evaluation and comparative analysis are conducted on the financial performance of digital transformation enterprises and non-digital transformation enterprises. The experimental results show that the average growth rate of total assets of enterprises is 7.07%. The average growth rate of operating revenue is 20.99%. The standard deviations are 17.42% and 235.9%. There is a significant difference between the maximum and minimum values of these two indicators, indicating that the average dispersion of these two indicators is relatively high. In the initial phases of digital transformation implementation, enterprises that adopt digital technology experience a certain level of profitability improvement, as shown by the results. Compared to businesses that have not undergone a digital transformation, digitally transformed enterprises possess greater advantages and flexibility in digital operations. Digital transformation has important theoretical and practical value in improving the financial management level of digital transformation enterprises.

Construction and analysis of a business English classroom teaching quality evaluation system based on multimodal neural network model assessment

In this paper, we propose a method for effectively evaluating the quality of business English teaching in colleges and universities. The approach is based on a multimodal neural network model integrated with grey correlation analysis. By employing the optimal data clustering criterion, we identify teaching quality evaluation indices. Subsequently, we establish a teaching quality evaluation index system using a genetic algorithm (GA) optimized Radial Basis Function (RBF) neural network. Grey correlation analysis is then applied to assess the quality of business English teaching by considering the relationship between the correlation degree and the evaluation level. The results indicate a correlation degree exceeding 0.90, signifying excellent teaching quality. The reliability of the selected evaluation indicators, assessed through retesting, surpasses 0.700, validating the evaluation results.

International Experience of Civil Aviation Service Quality Evaluation

Civil aviation service quality evaluation research plays a crucial role in improving the travel experience of passengers and increasing the market competitiveness of civil aviation transport enterprises. There have been relatively abundant relevant theoretical research results, but combined with the practical application, there are still areas that need further exploration and improvement. Based on the development of the connotation of service quality evaluation, this paper reviews the research on civil aviation service quality evaluation in terms of the development history, index system, index weights, methods and models of service quality evaluation, and finds that there are obvious differences in service quality evaluation research in terms of methods and other aspects. According to the results, the international experience of civil aviation service quality evaluation can provide a reference for the construction of China's civil aviation service quality evaluation system.

Environmental Risk Assessment of the Harbin Section of the Songhua River Basin Based on Multi-Source Data Fusion

Surface water is a vital resource for human survival. However, economic and social development has resulted in significant pollutants from human activities, causing environmental pollution in watersheds. This pollution has had a profound impact on the surface water environment. However, limited studies have been conducted on the environmental risk evaluation of the watershed. In this study, we accounted for agricultural, industrial, and domestic source discharges in the districts and counties of the Harbin section of the Songhua River Basin for 2021. Data were collected from Statistical Yearbooks and governmental departments, and the characteristics of pollutant discharges in Harbin’s districts and counties were analyzed. Subsequently, we employed the Back Propagation neural network optimization method, combining remote sensing data, accounting data, pollution discharge data from each district and county, and economic and social data from the Statistical Yearbook and literature. This fusion of multiple data sources facilitated the construction of a watershed environmental risk evaluation system. The analysis considered four levels: economic and social, resource load, environmental infrastructure, and pollution discharge. Via this comprehensive evaluation, we identified the reasons for environmental risks in the water environment of the Harbin section of the Songhua River Basin. The evaluation results indicate that Nangang District, Xiangfang District, and Pingfang District face a higher risk to the water environment. Consequently, recommendations for mitigating water environment risks in these areas and across Harbin City are presented. The research methods and findings in this paper contribute valuable insights for developing control strategies to manage water quality in critically polluted areas of the Harbin section of the Songhua River Basin, providing a scientific foundation for regional river water quality management studies.

Application of Internet of Things and multimedia technology in English online teaching

This study aims to explore the application status of Internet of Things and multimedia technology in English online teaching and its optimization measures. The Internet of Things is a technology that connects objects together and realizes information exchange through the network, while multimedia technology refers to the integration and processing of different forms of information including text, images, sound, video and so on. Firstly, the development status of Internet of Things and multimedia technology at home and abroad, as well as the development trend and demand of online English teaching, are analyzed. Secondly, through a questionnaire survey, data on the teaching methods, content, student feedback, and teachers’ teaching methods and effects in English online teaching were collected. Through in-depth data analysis and empirical research, this paper discusses how to integrate the Internet of Things and multimedia technology to build a more efficient online English teaching model. On this basis, the problems existing in the Internet of Things and multimedia technology in English online teaching are summarized, such as uneven application of technology, lack of targeted teaching design, and insufficient interactivity. In response to these problems, a series of optimization measures are proposed, including balancing the application of technology, personalized teaching design, improving interactivity, cultivating independent learning ability and solving technical problems. Finally, the future development of English online teaching in the application of Internet of Things and multimedia technology is prospected, focusing on technological innovation and application, personalized and intelligent teaching, teaching mode and method innovation, teacher role change and evaluation system construction.

Retracted: Corporate Environmental Governance Performance Evaluation and Index System Construction under the Mobile Communication System

Retracted: Corporate Environmental Governance Performance Evaluation and Index System Construction under the Mobile Communication System

Reflection and Exploration of Ideological and Political Education in the Curriculum—A Case Study of the University in Shijiazhuang City

In the context of the new era, higher education is not just about imparting knowledge, but also about cultivating students’ ideological and moral qualities and humanistic spirit. Therefore, ideological and political education integrated into all courses has become an important component of higher education. The construction of curriculum ideological and political education has gradually become a new exploration and challenge for ideological and political education in universities. Curriculum ideological and political education is a comprehensive educational philosophy, which includes the purpose of fostering virtue through education, the practice subject being all teachers, relying on courses, and combining explicit and implicit education. Its characteristics include the humanistic teaching philosophy, the integration between courses, the potential influence of methods, and the permanence of influence. The aim is to integrate ideological and political education into all types of courses, imperceptibly influencing students’ ideological consciousness and behavior, and taking morality education as the fundamental task of education. Strengthening the construction of curriculum ideological and political education is conducive to improving the effectiveness and quality of ideological and political education in universities, cultivating new-era youth with ideals, who dare to take responsibility, can endure hardships, and work hard. The practical path of “curriculum ideological and political education” from the perspective of cultivating students’ moral character and enhancing their ideological awareness is to start from the teaching philosophy and teaching content design to improve educational quality, improve the assessment and evaluation system of curriculum ideological and political education construction, strengthen campus cultural environment construction such as optimizing campus environment, improving classroom teaching environment, providing modern learning support services.

Research on the construction of evaluation system for high-level scientific and technological talents based on big data analysis

Abstract This paper analyzes the three-level inclusion relationship of high-level innovative talents and combs the structure of high-level scientific and technological talent evaluation models based on big data technology. Aiming at the evaluation problems of high-level scientific and technological talents, a fuzzy neural network model is constructed, and at the same time, the R&D middle school effect is utilized to evaluate the innovation achievements of high-level scientific and technological talents. Construct the evaluation index system of high-level scientific and technological innovative talents by utilizing 6 first-level indexes, 14 second-level indexes and 48 third-level indexes. Create a hierarchical analysis structure model, evaluate the indicator data through a judgment matrix and consistency test, and output the indicator weights. Analyze the relevance of the indicator model for different input layer neurons in fuzzy hierarchical analysis through comparative experiments. Use empirical analysis to analyze the innovative evaluation scores of high-level scientific and technological talents in Group A. The experimental results show that when the input layer contains 48 neurons, the loss value ranges from [0.132,1.765], the loss decreases the fastest, the stronger the indicator correlation, the stronger the generalization ability of the fuzzy neural network regression model. The overall scores of the evaluation of high-level scientific and technological talents of Group A for the first and second-level indicators are 3.54 and 3.869, respectively, and the overall view of Group A’s high-level scientific and technological talent innovative ability is better. Good.

Construction and application of standardized training effect evaluation system for new nurses in operating room

AbstractBackgroundThis study aims to develop and validate a Structured Training Effectiveness Evaluation (STEE) tool based on the Kirkpatrick model for newly graduated registered nurses in the operating room in China.MethodsThe first phase will involve focus group and individual interviews with nursing educators and newly graduated registered nurses selected using purposive sampling. The data will be analyzed thematically to identify key components necessary to develop the STEE tool. The second phase will develop and validate the STEE tool through a panel of experts using the Delphi method. The item weights will be determined with the analytic hierarchy process technique. The third phase will involve implementation and evaluation of the STEE tool with an exploratory, nonexperimental, and comparative analysis. Descriptive and inferential statistical analyses will be performed with SPSS version 23.ResultsThe STEE tool for newly graduated registered nurses in the operating room will be useful for evaluating training effectiveness during standardized training. The results obtained with this tool will clarify the effectiveness of training, thereby helping transform nursing students into competent nurses.ConclusionIn this way, this study will provide practical guidance for improving standardized training programs and help newly graduated nurses manage their transition to the clinical work environment and remain in their posts.

Literature Review on Developmental Teacher Evaluation

Developmental teacher evaluation is a new type of future-oriented teacher evaluation system. The evaluation of each teacher should be a complete and comprehensive evaluation of the teacher's current level of development and characteristics, his or her emotional attitude towards work, current working conditions and future development. This paper reviews the relevant research findings on developmental teacher evaluation. Firstly, the development history of teacher evaluation at home and abroad, relevant domestic research and research gaps are discussed in depth. The main conclusions are as follows: firstly, the research on teacher evaluation modes is too concentrated, mainly focusing on two modes of reward and punishment evaluation and developmental evaluation, while the research on other evaluation modes is relatively less; secondly, the research on the content of teacher evaluation is uneven, focusing more on the quality of classroom teaching and scientific research evaluation, while the research on the complete teacher evaluation system is relatively less; lastly, the number of researches on the problems of the teacher evaluation system and countermeasures is higher, but the number of researches on the construction of teacher evaluation system is higher. Finally, the number of studies on the problems and countermeasures of teacher evaluation system is high, but the research on building a systematic and complete teacher evaluation system is insufficient.

Construction and Application of Wisdom Education Teaching Environment in Higher Education Institutions

Wisdom education is one of the direction points of higher education reform, and is a new historical stage of the development of modern educational technology. With the development of information technology and the requirements of educational reform in the new era, the construction demand of higher education for wisdom education teaching is becoming more and more urgent, and the supporting teaching evaluation system has also become a hot topic of higher education research. This paper analyzes the current mainstream wisdom education teaching ways, by comparing the advantages and disadvantages analysis, integration of online teaching resources, comprehensive cost control difficulty, degree of teachers and students to accept the interview, the hardware equipment modification is proposed based on an online teaching conditions, such as construction, curriculum education resources to plan as a whole, the wisdom of teaching evaluation system of the efficiently intelligence education teaching environment. Based on this environment construction, the construction of smart education teaching platform can be completed in the form of low cost, higher satisfaction degree of teachers and students, and faster deployment time. The results show that the construction scheme and evaluation system meet the needs of higher education development, and provide a solution for the differentiated development and characteristic development of higher education.

Application Deep Extreme Learning Machine in Multi-dimensional Smart Teaching Quality Evaluation System

INTRODUCTION: The construction of the wisdom teaching evaluation system, as the essential part of the institution's teaching reform, is conducive to developing the institution's disciplines, making the existing teaching more standardized, and making the means of teaching diversified, intelligent, and convenient.
 OBJECTIVES: Aiming at the current intelligent teaching evaluation design method, there are evaluation indexes that need to be more comprehensive, a single method, and system standard limitations.
 METHODS: Proposes an intelligent optimization algorithm for a multi-dimensional innovative teaching quality evaluation method. First of all, the multi-dimensional wisdom teaching evaluation system is constructed by analyzing the influencing factors of teaching quality evaluation; then, the parameters of the depth limit learning machine are optimized by the bird foraging search algorithm, and the multi-dimensional wisdom teaching evaluation model is constructed; finally, the validity and stability of the proposed method are verified by the analysis of simulation experiments.
 RESULTS: The results show that the proposed method improves the accuracy of the evaluation model.
 CONCLUSION: Solves the problem of low evaluation accuracy and incomplete system of teaching quality evaluation methods.

Analysis on Strengthening the Construction of School Spirit in Private Independent Colleges and Universities

Private independent colleges and universities shoulder the responsibility of training application-oriented talents. Teaching atmosphere, learning atmosphere, research atmosphere is not only related to the quality of talent training and the level of school running, but also related to the healthy development of independent colleges and universities themselves. This paper analyzes and discusses the core connotation and index system of the school spirit construction of China’s private independent colleges and universities: using the method of literature, investigation and research, inclusion and summary and logical analysis, strengthening the construction of the study style, advocating scientific research, and constructing three-dimensional figures of “finding problems, analyzing problems, and solving problems”. Taking nanjing tech university pujiang institute as the research object, this paper puts forward some ideas and countermeasures to strengthen the construction of school spirit. It provides some theoretical and practical guidance for the evaluation system of campus atmosphere construction of private independent colleges in China.