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

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.


Introduction
Traditional villages, as the carriers of China's valuable material and spiritual civilization, are the treasures left behind by China's agrarian civilization [1][2].While the rapid development of urbanization has brought development opportunities to traditional villages, it has also brought different degrees of impact on the local regional cultural characteristics.Due to the lack of timely protection or improper protection of traditional villages, tangible and intangible cultural heritage have been lost to different degrees [3][4].Jiangnan District in Nanning has many traditional villages with beautiful environments, which is one of the areas with distinctive characteristics of traditional architecture and culture in Nanning.However, with the rapid development of rural construction, the research lacks the deep excavation of traditional villages' cultural landscapes in Nanning Jiangnan District, resulting in uniform protection and renewal strategies [5][6].
Wang, H. F. et al. took the villages of the Dai ethnic group located in Xishuangbanna, Yunnan Province, as the primary research object.The field survey method was used to analyze the data of the Dai village settlement, and the spatial cultural connotation of the village was derived from the spatial form of the village and other factors.The results of the study show that the Dai villages are mainly based on the ecological concept of adapting to local conditions, and the villages are located near rivers [7].Cai, Z. et al. analyzed the data of the traditional villages in the coastal cities of central and southern China by using the methods of literature survey, GIS spatial analysis, etc., and established the evaluation index system of the protection of the villages from the distribution pattern of the villages, the architectural style of the villages, etc., to provide a feasible program for the protection of traditional villages [8].Qin, R. J. et al. used the depth method and observation method to investigate the sustainable development of villages in a particular place in China and jointly constructed a theoretical framework for the sustainable development of villages from a multi-dimensional perspective.Moreover, the framework was applied in practice, which promoted the development of tourism in the village while increasing the pride of the local villagers, thus prompting the villagers to protect the village spontaneously [9].Wang, X. applied artificial intelligence technology to the protection of traditional villages, based on the protection status quo of the villages in the test area, and restored the original appearance of the villages through the AI image restoration technology and was also able to use RF and other technologies to real-time monitoring of the weather in the area, extending the service life of the village buildings, which has reference value for the protection of the village [10].
In this paper, firstly, according to the principle of evaluation system construction and the conditions of traditional village protection and development, the evaluation index system for the continuous protection and development of traditional villages in western Yunnan is determined.After preprocessing the evaluation indexes, a hierarchical analysis algorithm is applied to the constructed judgment matrix for hierarchical single sorting and consistency tests, and the weight coefficient value of each evaluation index is derived.Then, the evaluation experts were identified, and after the data were tested for reliability and validity, the data analysis software was used to conduct a case study on the protection and development of traditional villages in western Yunnan.Finally, based on the results of the case study, we propose a strategy for the contiguous protection and development of traditional villages in western Yunnan in the following four aspects: clarifying the development positioning, continuing the pattern and style, optimizing the overall function of the villages, and protecting the intangible cultural heritage in a living state.Municipal area: is the entire territory under the administrative jurisdiction of the city, taking into account that within the municipal area, geographic location is adjacent, cultural relations are close, the natural landscape is rich, and the overall coordination of the region, a number of centralized and contiguous areas are delineated within the municipal area, in order to realize the joint development of the various areas within the municipal area as well as the overall upgrading of the development.
Concentrated and contiguous area: It refers to the relatively complete and independent area within the city, which is composed of several traditional villages with the characteristics of proximity, complementary resources, and linkage development.Moreover, the traditional villages are more connected, together constituting a concentrated and contiguous area.
Traditional villages: Traditional villages are the basic units within the territory, under the upper-level control and guidance of the centralized and contiguous area, and in accordance with the requirements of the guidance for the protection and development of traditional villages, and emphasizing the relationship with neighboring villages, and promoting the coordinated development of the local villages and the neighboring villages.

Feasibility of contiguous conservation development
The Ministry of Finance and the Ministry of Housing and Urban-Rural Development jointly issued the 2020 traditional villages concentrated on the protection and utilization of the 10 demonstration cities, in order: Dali Bai Autonomous Prefecture, Xiangxi Tujia and Miao Autonomous Prefecture, Ganzi Tibetan Autonomous Prefecture, Qiandongnan Miao and Dong Autonomous Prefecture, Enshi Tujia and Miao Autonomous Prefecture, Huangnan Tibetan Autonomous Prefecture, Jincheng, Weinan City, Huangshan City, Fuzhou City.These demonstration cities' traditional villages in concentrated and contiguous areas show distinctive distribution characteristics, i.e., "large mixed dwellings and small settlements," which are mainly characterized by high geographic spatial density, strong correlation of characteristic resources, good coordination of landscape and style, and high degree of cultural closeness of clansmen.The centralized and continuous protection and development of traditional villages have been possible due to the connection between spatial clustering and traditional humanities development.

1) High geospatial density
High geospatial density is reflected in the clustering of traditional villages with prominent characteristics and high spatial relevance, and it is necessary to calculate the distribution of traditional villages at the level of the city (state) and the core density of traditional villages and traditional villages in concentrated and contiguous areas for the analysis of accessibility of transportation.
(1) High geospatial density in the city (state) area Traditional villages have a high geospatial density because of their spatial relevance, which is evident in the degree of aggregation of geographic locations.The kernel density analysis of traditional villages is carried out to gauge the degree of density, and the calculation formula is illustrated below: h is the bandwidth, k is the weight function of the kernel, i xx − is the distance from the density valuation point x to i x , and h is the width of the surface extended in space with x as the origin.
High geospatial density lays the foundation for the aggregation of traditional villages, provides realistic conditions for the division of centralized and contiguous areas, and is also conducive to the integrated management and integrated development of the region.For example, in Dali Bai Autonomous Prefecture, there are 635 traditional villages with highly dense spatial distribution, and a considerable number of traditional villages are distributed around the center of town, with pronounced characteristics of agglomeration, which provides good external conditions for the development of traditional villages.
(2) Traditional villages concentrated in the area of high geospatial density The high geospatial density is reflected in the concentrated and contiguous area, where the core village of traditional villages can drive the synergistic development of several surrounding villages within a specific time and range, so the transportation accessibility analysis of the dense traditional village area is carried out according to the following levels: high speed 110-120km/h, national highway 70-80km/h, first-class road 60-80km/h, second-class road 40-60km/h, third-class road 30-40km/h, fourth-class road 30km/h or less.To conduct a traffic accessibility analysis of traditional villages in dense areas, it is recommended to travel at a speed of 30 km/h or less.
The prerequisite for centralized patchwork is that there should be a clear core village in the patchwork area, and the number of neighboring villages that can be reached within the two-hour traffic circle is two or more, which meets the above conditions, i.e., It meets the number of requirements for centralized patchwork.

2) Strong association of characteristic resources
Traditional villages are the result of long-term development and regional results, gradually formed through long-term historical changes.The spatial structure of settlement distribution and the ancient population migration have an extremely close relationship, the formation of different qualities of the cultural circle with rich connotations, the characteristics of the traditional village resources mainly include tourism resources and cultural resources.
3) Good coordination of landscape style Landscape style plays a vital role in the development of traditional villages, and different geographic features can create different landscape characteristics of villages.The landscape style of the traditional village gathering area in China is relatively coordinated and integrated with the surrounding landscape pattern, and the landscape system shows integrity and harmony.
To summarize, the feasibility of centralized and continuous protection and development of traditional villages is mainly dependent on high geospatial density, intense associations of characteristic resources, and good coordination of landscape and style.The high geospatial density is a result of the proximity of the villages and the possibility of contiguous areas.Strong characteristic resource correlation refers to traditional village groups that show a very high degree of similarity in human resources and spatial characteristics in a specific area.The linkage of landscape features is based on the interconnection of natural landscapes, which is what good coordination means.Based on natural landscape features.

Evaluation system
On the basis of the research and analysis of traditional villages in western Yunnan, we constructed a basic evaluation system for the value of traditional villages in Pingding by referring to the relevant existing evaluation system and selecting reasonable value evaluation factors.Through the research, it is found that the development of traditional villages in western Yunnan has "individuality" in "commonality," and the uniqueness of some villages can not be well expressed when evaluated according to the basic evaluation system.Therefore, on the basis of the basic evaluation system, a bonus evaluation system is supplemented to highlight the value elements with certain uniqueness and uniqueness, including the system of historical and cultural towns and villages, the system of cultural relics protection units, and the system of development potential of traditional villages.Through the combination of the two systems, the traditional villages in western Yunnan are evaluated according to their conservation value and their importance.

Principles of Evaluation System Construction
The construction of the evaluation index system in this paper follows four principles, namely availability, scientificity, systematicity, and applicability.The objective and reasonable evaluation indicators can be ensured by constructing the indicator system according to the following principles, which ensures the accuracy and scientificity of the research conclusions.

1) Availability
The principle of availability is reflected in the fact that each indicator in the indicator system should be quantifiable, and the original data of the indicators can be obtained through search or research.Only the indicator system is objective and transparent in order to ensure that the results of the research are reliable.

2) Scientific
Scientificity requires that the indicator system be established on reasonable grounds.The selection of evaluation indicators must be both comprehensive and representative while also highlighting the differences between different indicators.There should be a strict logic between the indicators of different levels, and the unified level of indicators must be standard and representative so as to objectively evaluate and reflect the essential characteristics of the protection of traditional villages in western Yunnan.

3) Systematic
The protection of traditional villages is a study with a broad scope, which will be affected by policy changes, economic development, ecological environment, and other aspects.Therefore, in order to systematically reflect the actual situation of traditional villages in western Yunnan, the evaluation index system must establish a multi-dimensional and all-round rural tourism evaluation index system, adopt different levels, and try to comprehensively cover all the factors affecting the protection and development of traditional villages in western Yunnan.

Defining the evaluation system
The evaluation standard system of contiguous protection and development of traditional villages in western Yunnan is shown in Table 1.The evaluation standard system of contiguous protection and development of traditional villages in western Yunnan is divided into three layers with reference to the more mature evaluation system of traditional village values, which are the target layer, the comprehensive evaluation layer, and the evaluation layer of elements.

Indicator processing
The indicators were normalized according to their nature using the following formulas in this study.
Positive Indicator: ( ) Reverse indicators: Where: y x  indicates the j nd evaluation indicator of the first sample, In order to eliminate the influence of multi-factor indicators after normalization, it is also necessary to standardize each indicator.This study adopts the mean value method of linear standardization to standardize each indicator according to the characteristics of the evaluation indicators, and the calculation formula is as follows:

Hierarchical analysis
The structure of the hierarchical analysis is shown in Figure 2, where the AHP model divides the objective problem into an objective level, a criterion level, and a program level, which can be interpreted as the highest level, the middle level, and the lowest level according to the relationship between the levels.The ultimate objective of a decision is the top level, and typically, there is only one overall objective.The middle level encompasses the factors that need to be considered when making a decision.The alternative solutions to the problem are at the bottom level.The goal level is the top level for the two adjacent levels, and the factor level is the bottom level.

Establishing a Judgment Matrix
Table 2 shows the evaluation scale, and the weights of the evaluation indicators are determined mainly by the expert consultation method.Therefore, according to the above hierarchical model for the design of the expert consultation questionnaire, the specific process is to start from the second level of the evaluation model, the criterion level, and then from the top down in order to the same level of the same evaluation factors attributed to the same indicators to compare two by two.To create a judgment matrix, the comparison judgment is based on the corresponding scale for scoring.
In fuzzy hierarchical analysis, the fuzzy judgment matrix is obtained by comparing the two factors two by two: ( ) If of the following nature: ) This formula contains good properties and judgment information of fuzzy consistent judgment matrices with less computation, which significantly facilitates the application.It is a general formula for solving the weight formula of fuzzy complementary judgment matrices.

Hierarchical single ordering
Hierarchical single sort is all elements of this layer for the previous layer, discharging the evaluation order.It is necessary to calculate the maximum eigenvector of the judgment matrix max  .The standard methods are the sum-product method and the square-root method.This paper adopts the sum-product method, and the specific calculation steps are as follows: Column entries are used to normalize the judgment matrix and obtain it: The sum of the above-normalized judgment matrices by rows yields: Normalizing the vector W by: ( ) The resulting is the eigenvector approximation.
Calculate the maximum eigenroot of the judgment max  .Can be obtained:

Consistency test
In order to find the results that meet the actual requirements and can be used as the basis of experimental data, the consistency of the judgment moment test and AHP analysis method is often based on the judgment moment consistency index CI to test.To put it succinctly: In order to judge the multi-order judgment matrix, an average stochastic consistency index RI is introduced the ratio of the judgment matrix consistency index CI to the average stochastic consistency index RI of the same order is called the stochastic consistency ratio CR.It is possible to say: , the judgment matrix is considered to have acceptable consistency, and when 0.10 CR  , the judgment matrix needs to be adjusted and modified to satisfy 0.10 CR  so that it has satisfactory consistency.

Case Study on the Continuous Protection and Development of Traditional Villages in
Western Yunnan Province

Evaluation specialists
In order to increase the persuasive power and minimize the qualitative component, it was decided to use the expert panel method to investigate the importance of the conservation value of traditional villages.The respondents were asked to evaluate the five types of standard layers of historical value, cultural value, artistic value, scientific value, and the value of conservation and utilization, respectively.The total number of respondents was 10, and in terms of age stratum, there were 4 people in the age group of 20-29, 3 people in the age group of 30-39, 2 people in the age group of 40-49, and 1 person in the age group of 50 or above.There were 2 individuals with doctoral degrees, 4 individuals with master's degrees, and 4 individuals with bachelor's degrees.The number of work units is 2 in government departments, 4 in design units, and 4 in universities and colleges.The data used in the analysis of this paper are the statistical data of the questionnaire survey of farmers.The adequate sample size includes 10 historical and cultural villages in the western Yunnan region with a total of 300 recycled questionnaires, of which 280 are valid questionnaires, with an effective rate of 93.33%.

Reliability analysis
The so-called reliability analysis is intended to test the validity of the scale.The influencing factors of the contiguous protection of traditional villages in western Yunnan selected for this study were set up using a five-level Likert scale.In order to examine whether the variables of the contiguous protection factors of traditional villages in this questionnaire are reliable, a reliability analysis was conducted on the 16 observed variables of the contiguous protection factors of traditional villages.
Cronbach 1 coefficient is the most common measure of a scale's internal consistency.The value of the ' Cronbach  coefficient ranges from 0 to ' Cronbach  .The larger the value of the ' Cronbach  coefficient (the closer it is to 1), the higher the internal reliability of the scale.The smaller the value of the ' Cronbach  coefficient (closer to 0), the lower the intrinsic reliability of the scale.In general, if the value of the ' Cronbach  coefficient is more significant than 0.9, the scale has a high level of intrinsic reliability.If the value of the coefficient ' Cronbach  is between 0.8 and 0.9, the intrinsic reliability is acceptable.If the value of the coefficient ' Cronbach  is between 0.7 and 0.8, it means that there is a problem with the design of the scale, but it is still of some reference value.If the value of the coefficient ' Cronbach  is less than 0.7, it indicates that the internal consistency of the scale is insufficient and there are too many flaws in the scale design, so it is better to redesign a new scale.In practice, the Cronbach  coefficient of the total scale should preferably be no less than 0.7, while the Cronbach  coefficient of the subscales should be at least 0.6.In the results of the reliability analysis, the Cronbach  coefficient of the total scale is 0.924.In contrast, the Cronbach  coefficients of the subscales are all greater than 0.9, so the scale has high intrinsic reliability, and the findings of this survey on the contiguous protection and development of traditional villages have consistent stability.

Validity analysis
Validity analysis refers to the analysis of the degree of accuracy of scale quantities expressed in measurements.The goal of the validity analysis in this study is to analyze the correlation between the selected variables of each influencing factor.Bartlett's test of sphericity and the KMO statistic are mainly used to test the correlation between the variables of each influencing factor.Generally speaking, the larger the KMO value (i.e., the closer it is to 1), the stronger the correlation between the variables, and the more suitable these original variables are for factor analysis.When the KMO value is smaller (i.e., closer to 0), it indicates that the correlation between the variables is weaker, and the original variables are less suitable for factor analysis, with a KMO value of 0.728 and a KMO value between 0.7 and 0.8.The corresponding significance probability Sig is also present at the same time.Value is 0.000, which is much smaller than the significance criterion of 0.01, indicating that the data of the research on the contiguous protection and development of traditional villages has good validity and that there is a strong correlation between the variables of the influencing factors, and that the data obtained from the research on the selected influencing factor variables can satisfy the needs of this study.

Data analysis
According to the opinion of the expert group and the scaling method adopted by the hierarchical analysis method, the judgment moment of the traditional village protection value by the three types of comprehensive evaluation layers, namely, traditional production mode inheritance value, historical and cultural value, and human habitat value, can be derived, as shown in Equation ( 14): Normalizing the judgment array moment column yields the following result, as shown in Eq. ( 15): The judgment moment of the influence of each type of criteria on the protection value of traditional villages in the above table is brought into the formula, and the weight coefficients of each type of criteria layer are calculated.The calculation results are shown in formula (16): A consistency test was performed on the calculated results: , which is less than 0.1, therefore, it can be considered that the consistency result of the comparison matrix is acceptable.According to the indicator system, using the above calculation process, the weight value of the evaluation indicators is obtained, and the weight value of the evaluation standard system of the contiguous protection and development of traditional villages in western Yunnan is shown in Table 3, and it is found that among the indicators for the evaluation of the contiguous protection and development of the traditional villages in western Yunnan, the weight value of B13 (the quality of the environment of the villages) is 0.0901, the weight value of B12 ( The weight value of B13 (quality of village environment) is 0.0901, the weight value of B12 (degree of combination of artificial and natural environment) is 0.0836, the weight value of B10 (vitality and inheritance of traditional culture) is 0.0812, the weight value of B7 (degree of influence of historical events and people) is 0.0727, and the weight value of B9 (value of intangible cultural heritage) is 0.0721, which are particularly important for the contiguous protection and development of the traditional villages in western Yunnan.By ten investigators to evaluate the evaluation index system in the sub-criteria level indicators, affiliation degree is {poor, poor, general, better, good}, affiliation degree corresponding to the rank of the specific score were {1, 2, 3, 4, 5}, and ten experts specific evaluation questionnaire results are organized to get specific scoring results, the traditional villages in western Yunnan contiguous protection and development of the analysis of the results are shown in Table 4.The results of the analysis of the protection and development of traditional villages in western Yunnan are shown in Table 4. Summing up the scores of all the evaluation indicators of the protection and development of traditional villages in western Yunnan, the comprehensive evaluation score of the protection and development of traditional villages in western Yunnan is 4.08168, which is in the range of better and better, and the protection and development of traditional villages in western Yunnan in a row is maintained at a reasonable level in general.

Empirical analysis of the continuous protection of traditional villages in western
Yunnan Province

Mean Value Analysis of Residents' Participation in the Continuous Protection of Traditional Villages
The results of the mean value analysis of residents' participation in the contiguous protection of traditional villages are shown in Table 5, and SPSS19.0differentiated the means and standard deviations of the five topic items.The results show that the mean values are more than 3.5.The standard deviations are minor, indicating that the villagers' perceptions of the above topic items are favorable, i.e., the residents of traditional villages are all interested in participating in the protection of traditional village history and culture, ecological environment, and historical buildings, and they are also willing to learn to pass on history and culture and traditional skills.They are willing to contribute money to the protection of traditional villages.

Analysis Related to Residents' Participation in the Continuous Protection of Traditional Villages
Correlation analysis is mainly used to measure the degree of closeness between the variables.There must be a link or probability between the variables in order to carry out this analysis.The correlation can indicate whether the variables are related in the direction and size of the change, the Person coefficient can test the correlation between the fixed-distance variables, and the results of the correlation analysis of the community residents' participation in the successive protection of traditional villages are shown in Table 6.It can be seen that the larger the Person coefficient is, the stronger the correlation between the variables is.The significance is <0.05, indicating that the variables are significantly correlated, i.e., The protection of traditional villages is related to planning policy, publicity and marketing, management, education and training, psychological empowerment, and economic empowerment.Moreover, because all Person coefficients are positive, it indicates that the above six variables are positively correlated with the contiguous protection of traditional villages, i.e., planning policy, publicity and marketing, business management, education and training, psychological empowerment, and economic empowerment have a positive effect on the willingness of traditional villages to protect, i.e., the more the villagers of traditional villages participate in the planning policy of the lodging, publicity and marketing, business management, education and training as well as in the context of the development of lodging, the more the psychological and economic empowerment is gained.The deeper the degree of psychological and economic empowerment, the stronger the villagers' willingness to protect traditional villages, and the more behavioral tendencies there are to protect traditional villages.

Multiple linear regression analysis
The effect of the six independent variables (D1-D6) of community residents' participation in the B&B on the dependent variable (D7) of the "continuous protection of traditional villages."Using the stepwise regression method, D1-D6 gradually enters the regression model for verification, and the results of multiple linear regression analysis are shown in  Based on the results of the case study on the contiguous protection and development of traditional villages in western Yunnan, this section proposes a strategy for the contiguous protection and development of traditional villages in western Yunnan based on the four aspects of clarifying the development positioning, perpetuating the pattern and style, optimizing the overall functions of the villages, and protecting the intangible cultural heritage in a living state, with the aim of promoting the contiguous protection and development of traditional villages in western Yunnan.

Clear development orientation
Traditional villages in western Yunnan are rich in variety and distinctive features.Traditional villages or long history complete and outstanding historical growth and evolution process, reflecting a particular period or regional social and cultural characteristics, reflecting a specific traditional culture.Village living heritage in good condition, rich in characteristic products, traditional production, and way of life can be continued.At the same time, folk culture inheritance continuation of a variety, and the village has a high degree of dependence.Regional ethnic characteristics are prominent.With more national intangible cultural heritage representative projects and the inheritance of a better state, the traditional culture has a high degree of scarcity.It is essential to target its characterization and value evaluation with a broad perspective and multi-dimensional identification.

Continuation of the pattern and style
Western Yunnan's traditional villages depend on mountains and water and have a better natural ecological environment.The protection of traditional villages needs to take into account the protection of the natural landscape pattern around the villages, the protection of drinking water sources, the promotion of ecological restoration, and the strict protection of the ecological resources within the village area.Furthermore, landscape ecological resources can be converted into leisure tourism resources for villages.

Optimize the overall function of the village
The material space of traditional villages represents the farming society of the past, with high historical and cultural value.However, it is no longer well adapted to the modern way of life.The basic service facilities and public supporting facilities of traditional villages are an essential part of the function of the villages.They are an essential material basis for upgrading the production and living standards of the aborigines, improving the appearance of the villages, and building traditional villages that are ecologically pleasant to live in and pleasant to live in.

Living safeguarding of intangible cultural heritage
The intangible cultural heritage of traditional villages is the intrinsic driving force behind the continuous development of traditional villages over the millennia, full of the blessings of the village forefathers for a better life for the generations to come.It is the most basic cultural root in the heart of every village aborigine.The formation of intangible cultural heritage is a process of long-term accumulation and a virtuous cycle over thousands of years.Once a specific part of the intangible heritage is missing, it will affect the continuity of the entire traditional cultural system.The preservation of intangible cultural heritage means the continuation of traditional production and living habits, as well as the inheritance and development of village intangible cultural heritage and folkloric skills.

Conclusion
Traditional villages have good ecological, historical, and cultural resources with profound historical and cultural values.Accompanied by the acceleration of urbanization, the survival of traditional villages has been seriously threatened.In order to solve such problems, this paper constructs the evaluation system for the continuous protection and development of traditional villages in western Yunnan, on the basis of which it applies a hierarchical approach to analyze the examples of traditional villages in western Yunnan.The study's conclusions are as follows: 1) Through the comprehensive analysis of the weights of the evaluation indexes for the contiguous protection and development of traditional villages in western Yunnan, it is found that the top three weight coefficients are B13 (environmental quality of villages) with a weight value of 0.0901, B12 (combination of artificial and natural environments) with a weight value of 0.0836, and B10 (vitality and inheritance of traditional cultures) with a weight value of 0.0812, which indicates that B13, B12, B12 are more critical for the interaction relationship between the protection and development of traditional villages in western Yunnan.
2) During the analysis of the mean values of residents' participation in the continuous protection of traditional villages, the mean values of the five topic items exceeded 3.5, and the standard deviations were kept between 0.6 and 0.8, indicating that the residents' participation in the continuous protection of traditional villages held a positive attitude.

Figure 1 .
Figure 1.The traditional village focuses on the film mode max j x indicates the maximum value of the j th indicator, and min j x indicates the minimum value of the j th indicator.

Table 1 .
Basic evaluation system for traditional villages of Yunnan province Research on the Continuous Protection and Development of Traditional Villages in Western Yunnan in the Context of the Internet Era

Table 2 .
Evaluation scale

Table 3 .
The evaluation index weight of the traditional village in Western Yunnan region

Table 4 .
The analysis of the protection and development of traditional villages

Table 5 .
Analysis of the mean of residents' participation in village protection

Table 6 .
The analysis results of the traditional village link protection

Table 7 .
It can be seen that there are five factors in the model.The first to enter the regression equation is D5 (psychological empowerment), (psychological empowerment), and D6 (economic empowerment) are all 1.000, which indicates that there is no covariate between the five variables in the above equation.There is no problem with covariance among the five variables in the equation.

Table 7 .
Multiple linear regression analysis results

Strategies for Continuous Protection and Development of Traditional Villages in Western Yunnan Province
. The 2023 Yunnan Provincial Department of Education Science Research Fund Project "Research on the Protection and Development of Traditional Villages in Western Yunnan under the Background of Ecological Civilization Construction" (Fund Number: 2023J1148).2. The 2023 National Research and Cultivation Fund Project of Baoshan University, titled "Research on the Digital Continuous Protection and Development of Traditional Villages in Southwest China" (Fund Number: BYPY202309).