Applied Mathematics and Nonlinear Sciences

Abstract To eliminate the impact on the original data, the visual design sample set is subjected to mathematical transformation in this paper. The Gini coefficient is calculated based on an attribute, the decision tree is trained, and a set of functions is taken to obtain the final output by averaging all decision trees to obtain an unbiased data set estimate and help construct the decision tree. The data analysis resulted in a significant increase in the overall indicators, with the imagery concept visual elements increasing from 60% to 100%, and the overall indicators were above 50%. More visual elements with traditional Chinese cultural meanings should be created in visual design practice and made to become a new carrier for the inheritance and regeneration of non-heritage traditional culture in visual design development.

Wei Guo

Imaginative expression of visual design of non-traditional traditional culture based on data analysis

基于数据分析的非传统传统文化视觉设计的想象表达

Abstract We study its expression in sculpture modeling by excavating traditional cultural imagery in sculpture art. In this paper, 20 students with design-related backgrounds were selected as subjects to view sculpture images for cultural imagery evaluation, and imagery selection, response duration, and eye-movement data were collected using Yulin Grottoes statue sculptures as eye-movement experiment samples. The collected data were then used to investigate various imagery expression methods and anticipate the traditional cultural imagery appearing in the sculptures using the DE-GWO model. With a mean square error of 0.275 for the typical user sample and the results of the DE-GWO analysis showing a p-value range of 0.446 to 0.05, with no significant differences, the degree of fit and predictive power between the predicted and actual values of the test set was generally good for subjects with relevant backgrounds. The presentation of sculpture art language under the multicultural viewpoint explores the expressive form of traditional cultural images, which has positive relevance to the development of sculpture art.

Jun Fan

Research on the artistic expression form of traditional cultural imagery in sculpture modeling based on DE-GWO model

基于DE-GWO模型的雕塑造型中传统文化意象艺术表现形式研究

Abstract With the intensification of social employment pressure, the employment conflict of vocational college students has gradually shifted from quantitative to qualitative. The theoretical mechanism and path of the impact of digital literacy on the employment quality of vocational college students are explored through the combination of human capital and labor market theories in this study. In this paper, the digital literacy is used as an independent variable based on the employment quality as the dependent variable. The relevant control variable is set up, and the multivariate regression model is constructed. Finally, a questionnaire survey was conducted on college graduates in Jiangxi, and the influence and mechanism of digital literacy on the employment quality of college graduates were explored through a multiple regression analysis model. The results show that the regression coefficients of digital literacy of vocational college students are always positive, after all the control variables are included in the regression, the regression test coefficient of digital literacy level in the model (6) are, R 2 =5.15, P&lt;0.001.

Ye Xiong

Jijiang Yu

Research on Strategies to Improve Digital Literacy of College Students to Enhance Employment Quality in the Intelligent Era

智能时代提升大学生数字素养以提高就业质量的策略研究

Abstract Entering the new century, the role of the ocean as a growth of regional economic development has become more prominent. This study focuses on the quantitative analysis of the impact of port economic development on the efficiency of maritime logistics and supply chain, using the synergy model to analyze multiple ordinal covariates of the port economy and naval logistics supply chain subsystems. And find out the optimal synergy matching degree between port economies and maritime logistics supply chain sub-systems among multiple ordinal covariates. Finally, X port is taken as a research case to demonstrate the coordination relationship between port economic development and the efficiency of the maritime logistics supply chain. The results show that from 2012 to 2023, the synergy value between the economy and the marine logistics supply chain of Port X shows a growing trend, and the level of synergistic development between the two is also increasing year by year. It shows that the synergy model constructed by the research can reflect the degree of synergistic development between the port’s economic development and the maritime logistics supply chain in a more comprehensive way and has general applicability. Meanwhile, the results of the study can provide a theoretical basis for the formulation of port logistics policy and regional economic development planning in the coastal economic zone.

Shijie Chen

Zitong Wang

Guangnian Xiao

Quantitative analysis of the impact of port economic development on maritime logistics and supply chain efficiency

港口经济发展对海运物流及供应链效率影响的定量分析

Abstract This paper adopts the questionnaire survey method and fsQCA analysis method to carry out the empirical analysis about the path of talent cultivation of industry-teaching integration in higher vocational education. Through structural equation modeling to sort out the play mechanism and value realization status quo of applied industry-teaching integration talent cultivation, and accordingly put forward the realization path of the value of applied industry-teaching integration talent cultivation. After analysis, it can be seen that five efficient paths of industry-teaching integration talent cultivation are identified, among which the original coverage of Path 3 is 0.40604, indicating that the current way of industry-teaching integration talent cultivation is still dominated by large enterprises as well as application-oriented. The training content, conditions, and methods of industry-teaching integration have a significant impact on vocational abilities and personality qualities. The degree of influence of applied industry-teaching integration on professional knowledge and skills is between 52.1% and 67.8%, and the degree of influence on quality aspects, such as interpersonal skills, is between 74.9% and 86.3%. Therefore, the findings of this paper can provide a feasible path for enhancing talent through industry-teaching integration in higher vocational colleges and enterprises.

Hao Deng

Deyi Chai

Exploration and Optimization of the Mode of Talent Cultivation for Industry-Teaching Integration in Higher Vocational Education in the Context of Information Technology

信息技术背景下高职教育产教融合人才培养模式的探索与优化

Abstract The study aimed to analyze flight training methods for Chinese airline pilots, comparing domestic and foreign approaches while assessing their respective advantages and disadvantages. Various aspects including language, culture, airspace, flight support, teaching methods, training standards, and costs were examined. Additionally, a quantitative analysis was conducted on theory and practical exam results, as well as the personality development of cadets from both training backgrounds. Results revealed that foreign flight training offered several benefits over domestic training, such as shorter duration and lower costs due to airspace accessibility. Cadets undergoing foreign training demonstrated higher average scores and passing rates in Instrument Rating and Commercial License Examinations compared to domestically trained counterparts. Furthermore, foreign training positively influenced cadets’ personality development. In conclusion, foreign flight training demonstrated significant advantages in terms of overall cost-effectiveness, training quality, and cadet professionalism. However, domestic training also had its merits. Thus, the authors recommended a comprehensive evaluation to determine the most suitable training approach for individual cadets.

Shouxi Zhu

Jian Chen

Comparative Study on Flight Training of Chinese Airline Pilots at Home and Abroad

中国航空公司飞行员国内外飞行训练的比较研究

Abstract With the development of 5G technology and distributed computing, the Internet of Things (IoT) for electric power shows excellent potential in realizing efficient and secure energy management. The objective of this study is to investigate how 5G communication technology can be combined with distributed computing to enhance the performance of power IoT. This paper examines the power of IoT technology that integrates 5G communication and distributed computing. The study is designed to enhance the power system’s efficiency and security. Through experiments and simulations, this study utilizes 5G technology to optimize IoT communication while using distributed computing to enhance data processing. According to the results, the integrated system improves the data transfer rate by 50% and reduces the potential security risk by 25%. The conclusion demonstrates that combining 5G and distributed computing can significantly enhance the efficiency of power IoT, which is crucial for the construction of future smart grids.

Zhiyong Chen

Research on Power IoT Technology Integrating 5G Communication and Distributed Computing

融合5G通信与分布式计算的电力物联网技术研究

Abstract As artificial intelligence (AI) matures, it presents challenges and opportunities for music education in higher education. This study investigates how AI can facilitate integrating and transmitting China’s rich traditional culture within modern music pedagogy. Utilizing literature review, surveys, and experimental teaching, our research demonstrates that AI enhances teaching efficiency and significantly boosts students’ engagement with traditional culture—evidenced by a 30% increase in their understanding and appreciation of traditional music compared to conventional methods. AI technology emerges as a powerful tool for preserving and digitalizing traditional music, thus sparking students’ interest and fostering a deeper connection with their cultural heritage. This paper suggests that AI can significantly improve music teaching quality and efficiency, offering a novel approach to artistic education and heritage preservation.

Xin Li

Research on the Path of Integrating Traditional Culture into Music Teaching in Colleges and Universities in the Era of Artificial Intelligence

人工智能时代传统文化融入高校音乐教学路径研究

Abstract The concept of “full-age” urban public spaces is a critical aspect of modern urbanization, enhancing the multifunctionality of contemporary urban public spaces. This paper examines the design of urban public spaces using “Little Island at Park 55 in New York” as a case study. It delves into three key aspects: spatial intensive utilization, functional agglomeration, and landscape aggregation design. By thoroughly interpreting the original topography of the island space and employing classical Chinese garden techniques, particularly “scenery supporting,” this study analyzes the design evolution and core principles of the case. It summarizes the case’s value and underscores the significance and necessity of all-age inclusive design in modern urban public spaces.

Xiaoyan Ye

Menghong Peng

Kaiyuan Yu

Research on Full-Age Public Space Design in High-Density Cities

高密度城市全龄公共空间设计研究

Abstract This research delves into the critical evaluation of the “Party Building + Civic and Political” program within higher education, addressing the sector’s contemporary challenges and opportunities. By implementing the entropy value method and the efficacy function model, this Analysis spans an experimental cohort of 38 students from College J, scrutinizing their autonomous learning proficiency, educational outcomes, and the integrative impact of Party building on civic and political education. The empirical evidence showcases a substantial elevation in independent learning abilities among participants (with improvements ranging from 1.181 to 1.765, markedly surpassing the control group’s 0.257 to 0.563) and a remarkable increase in the coupling degree from 0.1542 in 2012 to 0.8186 in 2023. These results underscore the significant strides made in student learning and teaching quality through the “Party Building + Civic and Political” model, advocating its utility in enhancing the comprehensive capabilities of students and innovating higher education methodologies.

Abbreviation	Appl. Math. Nonlinear Sci.
Journal Impact	3.10

ISSN	2444-8656
h-index	23

Publication Information	Publisher: Sciendo，Publishing cycle: ，Journal Type: journal，Open Access Journals: Yes
Basic data	Year of publication: 2019，Proportion of original research papers: 99.46%，Self Citation Rate:N.A.， Gold OA Rate: 98.92%
Journal Fees	$1500Details
Average review cycle	20 weeks

Applied Mathematics and Nonlinear Sciences

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