Abstract

With the development of internationalization, the distribution of languages and the office addresses of multinational companies are changing constantly. This paper makes the following research and exploration on this phenomenon: impact on the development of languages around the world. This paper studies the changes of native and second-language users and uses the historical data to predict the development trend by using the gray number series prediction model. Get the types of factors that affect the second language. Then, use fuzzy analytic hierarchy process to calculate the score of each factor. Finally, the global language trend equation is simulated: predictions for the development of language. In this paper, radiation propagation is calculated, and the method of CNN neural network is used to train big data, and the language trend positioning equation is drawn. Finally, the optimal language is obtained by using wavelet analysis and linear programming at different addresses. About model checking, according to the model’s internal prediction ability and the significance of internal parameters, it is concluded that the model has high practicability, sensitivity, and stability.

Highlights

  • Background. ere are currently about 6900 kinds of languages spoken on Earth

  • In the context of economic globalization, many languages are on the brink of extinction [3]

  • (3) According to the established model, predict the global population and population migration patterns in the 50 years, and determine whether the Mathematical Problems in Engineering geographical distribution of languages will change in the same period

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Summary

Introduction

If any one language in the world is endangered or even extinct, the diversity of the world’s languages and cultures will be undermined. According to the data of the global population and language users over the years, simulate the distribution of users in different languages over time. (2) Predict the changing trend of the total number of native speakers and language users in the 50 years. Analyze whether the top 10 languages in the world will be replaced. (3) According to the established model, predict the global population and population migration patterns in the 50 years, and determine whether the Mathematical Problems in Engineering geographical distribution of languages will change in the same period. Determine the language in which they are spoken (including English), judging whether there are different impacts in the short and long term. Determine the language in which they are spoken (including English), judging whether there are different impacts in the short and long term. (5) To save client company resources, analyze whether it is possible to reduce the number of international offices and design management methods

Assumptions
The Model
Application of the Model
Findings
Sensitivity Analysis
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