Construction Of Index System Research Articles

Retracted] Construction and Analysis of Green Investment Risk Evaluation Index System Based on Information Entropy Fuzzy Hierarchical Analysis Model

This paper adopts the information entropy fuzzy hierarchical analysis model to conduct an in‐depth study and analysis of the green investment risk evaluation system and to process and analyze its indicators. The entropy method‐fuzzy hierarchical analysis is used to evaluate the green financial capital operation risk. Firstly, I point out the research trends and shortcomings, define the concepts of fund operation, operation risk, risk evaluation, and green finance, and elaborate the relevant basic theories to lay the theoretical foundation for the later research; secondly, I identify the external and internal fund operation risks by describing the development plan, overall operation, and specific operation plan of green finance; then, according to the existing fund operation risks, I integrate commercial banks’ risk. Then, based on the existing fund operation risks, I integrate the risk types of commercial banks, combine the characteristics of green finance business, design the green finance fund operation risk evaluation index system, initially determine the index weights through hierarchical analysis method, introduce the entropy value method to improve the index weights, and use the fuzzy comprehensive evaluation method to obtain the final evaluation results: in the process of green finance fund operation, internal risk is the most important risk, among which credit risk and financial innovation risk have the most significant impact; external risk is the second most important risk, among which economic risk and political risk are the most important. External risks are the second most important risks, among which economic risks and political risks are more obvious. The risks are judged from single‐factor aspects, and the scoring values are used to determine the higher possibility of schedule risks caused by human factors, and finally, the schedule risk level of the reservoir project is determined to be medium through a comprehensive evaluation. The reasonableness of the calculation results shows that the entropy theory and the fuzzy comprehensive evaluation method are still applicable to the assessment of green investment risks.

Research on the Construction of Multi-dimensional Power Grid Enterprise Asset Health Evaluation Index System

Most power grid companies are asset-intensive and technology-intensive companies. Therefore, the quality and health of assets and equipment are crucial to the sustainability of the development of power grid companies and the safety of power grid development. To power grid companies through multiple dimensions Decompose the evaluation index of asset health, find the key factors affecting the asset health evaluation of power grid enterprises, and find a way to solve the problem for the subsequent improvement of the health of power grid enterprises’ assets. This paper describes the SMART criteria for asset health assessment, combining the principles of index selection and index grading, and clarifies the principles of constructing the evaluation index system. On this basis, from the three dimensions of physical, economic and social, and considering the internal and external power grid enterprises, a multi-dimensional asset health evaluation index system has been established.

Decision‐Making Optimization Design of Enterprise Standardization Management Planning Based on Mobile Network System

With the continuous deepening of enterprise management and market competition, the pressure of production and operation of enterprises is increasing, and it is urgent to improve the management level of enterprises. This paper mainly studies the decision optimization design of enterprise standardization management planning based on mobile network system. In this paper, the idea of clustering is used to integrate the customers into a customer clustering mode, which will greatly reduce the number of customers studied in the model and simplify the optimization process of the model. Through online and offline processes, these can achieve dynamic and rapid processing of data flow and can well meet the needs of users for data flow analysis. In the construction of enterprise standardization strategic performance evaluation index system, it is necessary to decompose, combine, and converge the index system. According to the construction principles and methods discussed above, the influencing factors of standardized strategic performance evaluation indicators of construction enterprises are preliminarily stratified by using the expert survey method and cluster analysis method, so as to construct the initial evaluation system. For the mobile network system testing, we use the black box test and white box test. The test content mainly includes two modules: area calculation and label calculation. Experimental data show that when the time threshold Ts is set to 1 hour, the prediction accuracy of TBM increases from 46.9% to 47.7%. The results show that the mobile network system realizes the whole life cycle management of enterprise standards and improves the management level of enterprise standardization work.

Research on the Integration of China's Tourism Industry and Financial Industry under the Background of “the Belt and Road”

Under the background of "the Belt and Road", the rapid development of tourism and financial industry in China has made important contributions to the economic and cultural construction of "the Belt and Road ". Through the construction of coupling correlation model and coupling index system, this paper conducts an empirical analysis on the integrated development of tourism and financial industry in China from 2013 to 2017 under the background of "the Belt and Road". The results show that China's tourism and financial industry have developed rapidly in the period of 2013-2017, and there is a significant coupling relationship between them. However, there is a lag in the development of financial industry in 2013-2014 and a lag in the development of tourism industry in 2015-2017. In general, under the background of "the Belt and Road", China's tourism and financial industry continue to develop, and the links and interactions between the two industries are getting stronger and stronger. The two industries promote each other, and finally achieve the high-quality coordinated development of tourism and financial industry.

Energy Internet Security Risk Evaluation Index System

As the construction of the Energy Internet has launched into a novel method, the dependence on energy and information networks has been greatly increased. The interaction of energy and information flow has become recurring, and the deep coupling of energy and information flow has been realized. As a result, security risk factors have increased substantially. Given that, this article from the perspective of energy and information flow, combined with the “Source-Grid-Load-Storage” coordination scenario of the energy Internet and the actual development needs of the information network, this article proposes a risk assessment for many security risks that threatens the stable construction of the energy Internet Index system and corresponding index analysis.

Construction of the skill related physical fitness evaluation index system of Chinese Young male tennis players

The skill-related physical fitness evaluation index system is an important reference basis for evaluating the competitive level of tennis players. At present, there are few studies on the skill-related physical fitness evaluation index system of Chinese young male tennis players. Based on the characteristics of tennis events and the sensitive period of the development of young tennis players skill-related physical fitness variables, this study uses literature methods, Delphi method and other research methods to construct an evaluation index system for Chinese young male tennis players skills related physical fitness. The results show that: Chinese young male tennis players skill-related physical fitness includes six first-level indicators including speed, strength, endurance, agility, flexibility, and power, 11 second-level indicators such as aerobic endurance, anaerobic endurance, upper body power, and lower body power, etc., 16 third-level indicators such as the hexagon test, beep test, sit and reach, etc.

Construction of core Competence Index System for nursing emergency personnel in infectious disease emergencies——thinking on nursing emergency rescue based on COVID-19 epidemic

Objective To construct the index system of the core competence of nursing emergency personnel in the case of infectious disease outbreak, and to provide reference basis for the assessment and training of the core competence of nursing emergency personnel. Methods Based on the core competence indicators of nurses defined by the International Nurses' Association and the action framework of WHO's outbreak of infectious diseases as the theoretical framework, the item pool was summarized through semi- structured interviews and research group meetings, the Delphi expert letter consultation method was used to construct the indicator system, and the analytic hierarchy process and the average distribution method were used to determine the weight of indicators at all levels. Results Two rounds of Delphi expert letter consultation, 36 questionnaires were issued in each round, and the effective recovery rate was 86% (31) and 92% (33), respectively.Finally, it was determined that the core competence index system of nursing emergency personnel for infectious disease emergencies included 5 first-level indicators, 13 second- level indicators and 53 third- level indicators. The coefficient of variation ranged from 0 to 0.173, the weight ranged from 0.074 to 0.525, and the balanced combination weight ranged from 0.165 to 0.266. Conclusion The index system of the core competence of nursing emergency personnel in infectious disease emergencies is comprehensive and scientific, which can provide theoretical basis for evaluating and training the core competence of nursing emergency personnel in infectious disease emergencies. © 2021 Chinese Medical Journals Publishing House Co.Ltd. All rights reserved.

A Study on the Construction and Application of Quality Evaluation Index System in Higher Vocational Education

世界科学出版社（World Science Publishing-WSP）立足国际，积极配合中国“走出去”出版战略，大力推进版权输出与引进，并不断拓展国际间的交流与合作，取得显著成绩。WSP国际图书出版项目力倡中国科研人员出版英文图书，出版社具有丰富的国际传播资源与雄厚的编辑、翻译、出版力量，拥有一批著名的中外翻译专家、出版专家，及一支精通国际出版的编辑、翻译和国际营销队伍。探索“科学进步”与“社会进步”是人类永恒主题，WSP推崇以科学信仰引领学术方向，遵循各国法律和地方法规，能够协助您优质、快捷、低

Research on key indicators and regional comparison of green data centre

With the continuous growth of the amount of information, the scale of green data centre is becoming larger and larger, and it is more and more widely used, the construction of green index system of green data centre has become a key problem to be solved urgently. This paper studied on the basic index system of green data centre, with the help of PUE, CEI and TCO index analysis, it is made in depth analysis of the factors affecting the green index of the green data centre, factor analysis is used from nine aspects such as annual average temperature, annual precipitation, air quality index, earthquake belt and fixed assets of information transmission enterprises, the mathematical model of evaluating the operation advantage of green data centre is constructed, to made quantitative analysis and evaluation classification, and according to the calculation, the comparison results of green data centre development area are obtained.

Research on Construction and Evaluation Method of Comprehensive Evaluation Index System for Investment Benefit of Distribution Network

Under the new situation, the improvement of investment efficiency and efficiency will be the basic criteria for evaluating the quality of power supply enterprises’ investment activities in the distribution network. To this end, based on the characteristics of distribution network construction, combined with the internal and external development trends of power supply enterprises and development and promotion needs, this paper constructs a scientific comprehensive evaluation index system and evaluation method for the investment benefits of distribution networks, which is useful for scientifically grasping the investment needs and investment capabilities of power supply enterprises. It is of great significance to achieve a more precise and lean level of investment in the distribution network.

Research on Comprehensive Optimization of Power Grid Investment Efficiency Based on Evaluation Index System

This article elaborates from the following aspects in order to improve the economic operation level of the power system and promote better economic development. Aiming at the current power grid evaluation system that tends to focus on a certain aspect and lacks related investment efficiency and benefit analysis, the theory of power grid investment efficiency and benefit is studied, and the ideas and principles for the construction of the evaluation index system are proposed, combined with the relevant evaluation system of the power grid company And development needs, construct an evaluation index system for grid investment efficiency and benefit, and provide reference for relevant departments to study investment efficiency and benefits.

Research on the construction of evaluation index system for equipment maintenance support capability based on AHP

Under the two-level maintenance mode, in order to scientifically evaluate the maintenance support ability of synthetic brigade under the new system, it is an urgent problem to establish a reasonable evaluation index system. First of all, the mission, organizational structure and equipment characteristics of synthetic brigade under the new situation are analyzed. Then, according to the principle and method of establishing index system, the evaluation index is put forward. Finally, AHP is used to determine the index weight, so as to establish the evaluation index system of actual combat training of equipment maintenance support capability of synthetic brigade under the new system.

Research on the Maintenance Effectiveness Evaluation of Electronic Information Equipment

An effectiveness evaluation model is provided considering the construction of effectiveness index system, index weight distribution and evaluation algorithm to help evaluate the electronic information equipment’s maintenance support effectiveness. The analysis results of an example demonstrate that the model effectively validates the effectiveness, reliability and consistency of the electronic information equipment’s maintenance support. Thus, it can work as the scientific basis of selections on the electronic information equipment’s maintenance support methods.

Construction of index system of regulatory detailed planning for emergency security of territorial space:To deal with public health emergencies as an example

Construction of index system of regulatory detailed planning for emergency security of territorial space:To deal with public health emergencies as an example

Research on evaluation index system of information system equipment system contribution rate

The construction of index system is the basis of equipment system contribution rate evaluation, and is also one of the main contents of equipment test and appraisal. This paper discusses the concept of systems contribution rate, introduces the evaluation process of system contribution rate of information system equipment, and gives the construction principles and ideas of information system equipment system contribution rate evaluation index system. Then, referring to the theory of operational loop, the evaluation index system of system contribution rate is given from the perspectives of system capability and system effectiveness. The evaluation index of this paper can provide decision support for the development of equipment planning system.

Demonstration of urban environmental protection planning and ecological construction index system

Environmental protection has always been an issue that our country attaches great importance to. Although China's economy has developed rapidly in recent years, environmental protection construction is still in its infancy. This paper analyses the urban planning and ecological environment protection construction in depth, uses the multi-level grey correlation method to determine the influence weight of each factor, and establishes the urban ecological evaluation index system and evaluation model on the level. At the same time, take Shenzhen as an example to analyse the status quo and trends of indicators, analyse Shenzhen's advantages and resistance in urban ecological construction, and provide basic data of constructive significance for Shenzhen's ecological construction, so as to build a harmonious development between humans and nature, provide reference information for sustainable cities with a high degree of social and economic integration.

Demonstration of urban environmental protection planning and ecological construction index system

Demonstration of urban environmental protection planning and ecological construction index system

The Construction and Research of Football Evaluation Index System

In order to establish the evaluation model of football performance indicators, this paper refers to the literature and determines the performance evaluation indicators such as the diversity of matches, players' contribution, flexibility, adaptability, coordination and tempo among players through expert consultation. Next, the paper uses analytic hierarchy process to determine the weight of each indicator. The study is of practical significance for the comprehensive and reasonable evaluation of football performance level.

Study on the Spatial Restructuring of the Village System at the County Level Oriented toward the Rural Revitalization Strategy: A Case of Jintan District, Jiangsu Province

The spatial restructuring of village systems is an important means by which to promote rural revitalization. A large number of villages with small average areas bring great challenges to the implementation of the Rural Revitalization Strategy (RRS) in China. To promote the implementation of the RRS, it is necessary to restructure the village system. This paper proposes a method of spatial restructuring for the village system at the county level, oriented toward the RRS. This study proposes a village classification system with central villages, characteristic villages, and merged villages. It also accounts for the role of various villages in the RRS and proposes differentiated development strategies. This study involved the construction of a village centrality index system and a central village selection model aligned with the RRS. Taking the district of Jintan in Jiangsu Province as a case study for the empirical analysis, the results show that the applicability of the model to the study area is good. Using this model, 32 central villages and 10 characteristic villages were selected. After restructuring the village system, the number of villages decreased by 69.1%. The results from analyzing the travel time radius of the central villages show that 71.5% of the land in the evaluation area lies within a 15 min commute of the central villages, and 96.5% lies within 25 min, indicating that the locations and number of the selected central villages are reasonable. Compared with the service area of the village system before the restructure, the average service area of the central villages is 3.4 times larger, which helps to improve the infrastructure and public service efficiency of the central villages. By guiding resources to aggregate in the central villages and promoting the comprehensive consolidation of land in the merged villages, the restructuring of the village system can help further the success of the RRS in Jintan.

A sustainability evaluation framework for WET-PPP projects based on a picture fuzzy similarity-based VIKOR method

Abstract This paper aims to construct a sustainability evaluation framework based on the extended VIsekriterijumska optimizacija i KOmpromisno Resenje (VIKOR) method under a picture fuzzy environment. First, a sustainability evaluation index system for water environment treatment public-private-partnership (WET-PPP) projects is constructed from the perspectives of the economy, engineering, environment, management, and society, including five criteria and 20 sub-criteria. The constructed index system considers engineering sustainability and management sustainability, and can thus more comprehensively evaluate the “sustainability” of the project and meet the requirements of the new economic environment. Second, a corresponding method for the sustainability evaluation of WET-PPP projects is proposed based on the picture fuzzy similarity-based VIKOR method. The main advantages of the proposed method include the following: (1) the sustainability evaluation process for WET-PPP projects involves linguistic terms and picture fuzzy numbers (PFNs), which can not only more comprehensively describe the uncertainty of human cognition and decision-making processes in the form of positive, neutral, and negative membership functions, but can also reduce the difficulty for decision-makers (DMs) to provide evaluation information; (2) the proposed evaluation method combines picture fuzzy similarity and the traditional VIKOR method, and can therefore not only obtain compromise solutions but can also ensure the stability and feasibility of the evaluation results. Finally, a case study of WET-PPP projects in China is provided to testify the feasibility and effectiveness of the constructed framework. The results indicate that the proposed framework can improve the accuracy of decision-making and can be applied for handling evaluation problems.