bluuebunny/crossref_metadata_2025_split huggingface dataset:
Practical Exploration of Informatisation Means in the Integration of Wushu and Ethnic Traditional Sports Education
Authors: Cui Wenjuan , Li Zhuo 
Published: December 2024

Abstract
Wushu and national traditional sports, as an important part of school physical education, are popular among students. However, traditional teaching methods cannot make students master the knowledge and skills of wushu comprehensively and effectively. Therefore, this paper takes “flipped classroom + video feedback” as the technical support to explore the application of information technology in the integration of wushu and traditional national sports education. The article first analyzes the teaching mode of the flipped classroom and then explores the video feedback teaching method, combining the flipped classroom and video feedback to form the teaching mode of “flipped classroom + video feedback”. Then, we construct the evaluation index system of the teaching ability of Wushu and traditional national sports, and finally, we discuss the application effect of the teaching mode of “flipped classroom + video feedback”. This paper concludes that in the analysis of students’ satisfaction with classroom learning, the average score is above 3.5, indicating that students in the practice of the integration of wushu and traditional ethnic sports education have recognized the method proposed in this paper.
Mechanism and Empirical Analysis of the Integration of Digital Art and Traditional Artistic Expressions
Authors: Cheng Fangyu 
Published: December 2024

Abstract
The deep integration of digital technology and traditional art can effectively enhance the inheritance, development, and protection of traditional art. This paper establishes the integration mechanism between digital art and traditional artistic expressions and uses the hierarchical analysis method to assign weights to the indicators in the evaluation system of digital art and traditional artistic expressions. The raw data in the evaluation model for the integration of digital art and traditional artistic expressions in a certain region from 2018 to 2022 are selected to calculate the weights of the indicators while quantitatively measuring the time-series development trend of the degree of integration in the selected region. Taking 15 cities and municipalities in a certain province as research objects, gray correlation analysis was used to explore the integration of digital art and traditional artistic expressions among the cities and municipalities. In the evaluation system for the integration of digital art and traditional artistic expressions, the indicators with the highest weights are the degree of content theme innovation, audience acceptance, comprehensive visual and auditory experience, and educational significance, with weights of 0.12, 0.12, 0.11, and 0.11, respectively. In addition, this paper measures that the degree of integration between digital art and traditional artistic expressions from 2018-2022 shows a gradual upward trend.
Exploring the Discourse Power Structure in Modern News Communication Based on Text Mining Techniques
Authors: Gao Jingbo , Liu Xianyuan 
Published: December 2024

Abstract
In the era of social media, the emergence of a large number of new media has changed the communication pattern dominated by traditional media, and at the same time, it has also changed the discourse power structure of news communication. In this paper, we use the TF-IDF optimization algorithm for keyword extraction and classification of news text, the optimized LDA topic model to mine the topics of news text, and the sentiment analysis of the text, to realize the exploration of the influence mechanism targeting the government’s online discourse power. Public opinion events that are directly related to the government account for only 6.30% of the events of public concern, but the public and media tend to prefer negative government events. Public opinion events in the three areas with a greater connection to the public sector show a strong “broken window effect”, i.e., after the occurrence of a broken window event, the attention to similar events increases sharply, and the aggregation situation is obvious. In the typical cases of negative government public opinion events, positive, neutral, and negative emotions accounted for 21.68%, 14.71%, and 63.61% of the public comments respectively, and the comments on the public opinion events tended to be negative. The government should take timely and positive remedial measures for negative public opinion events to strengthen its discourse power. This paper provides theoretical references for the reconstruction of discourse power in modern news communication.
Facilitation of Interpersonal Skills of University Students Based on Big Data Analysis
Authors: Gao Tian 
Published: December 2024

Abstract
In today’s fast-paced society, college students face not only academic pressure but also a variety of other pressures, including emotional and interpersonal relationships, which can lead to psychological crises for many sensitive-minded individuals. In this paper, we utilize the C4.5 decision tree algorithm to analyze data pertaining to college students’ interpersonal competence. We then calculate the weights of these dimensions to evaluate the results of interpersonal competence. The early warning system of college students’ interpersonal competence is then constructed based on Spring Boot technology and B/S architecture, which provides help for the implementation of the manager’s intervention program and promotes the improvement of college students’ interpersonal competence. After the intervention experiment, the P-value of the experimental group applying the early warning system and the control group under the traditional management mode in terms of the total score of interpersonal competence is 0.022 (P<0.05), which is a significant difference. It shows that the application of the college student’s interpersonal communication ability early warning system based on big data analysis can effectively assist counselors in intervening in time to promote college students’ interpersonal communication ability. This paper proposes an early warning system for college students’ interpersonal communication abilities that can effectively address interpersonal communication crises and provide essential support for their mental health and overall development.
Research on Intelligent Service System Design and Technological Innovation of Cultural Tourism in Anhui Province in the Era of Low Altitude Economy
Authors: Li Yan , Wang Jixin 
Published: December 2024

Abstract
The low-altitude economy brings new opportunities for the development of tourism, and the demand for regional cultural tourism to enhance its services and improve tourists’ satisfaction is becoming more and more urgent. Taking the cultural tourism service system in Anhui Province as an example, the study extracts and summarises tourists’ demand indicators based on the Kano model and stakeholder theory and classifies them into four types, namely, anticipatory, basic, undifferentiated, and glamorous demand, through the Better-Worse coefficient. Subsequently, the demand indicators were calculated and second-ordered using demand sensitivity. By analyzing the importance of different types and aspects of needs, the priority of tourists’ needs was determined. Based on the conclusions obtained from the analysis of tourists’ needs, an intelligent service system for cultural tourism in Anhui Province is constructed, and a cultural tourism blueprint and information architecture are designed. The demand analysis points out that the most important aspect of intelligent services for cultural tourism in Anhui Province is to satisfy anticipatory needs while prioritizing basic needs. It is possible to moderately relax or slow down the satisfaction of undifferentiated needs of tourists and put the design focus on the service design of glamour needs.
Research on structural performance enhancement strategies for lightweight building materials based on topology optimisation
Authors: Li Yanli , Song Shaolei 
Published: December 2024

Abstract
Topology optimization can realize the goals of cost reduction, efficiency, energy saving, and environmental protection by establishing a mathematical model of the structure and optimizing the structural performance of building materials within the range of constraints. In this paper, an optimization algorithm based on topology optimization is designed for the structural performance of lightweight building materials, and the topology optimization objective function and optimization model of the multi-objective optimization problem are established by analyzing the structural stiffness problem, steady state heat conduction problem, and dynamics response problem, respectively. The algorithm is analyzed and applied in practice, and it is found that compared with the baseline model, the algorithm in this paper contains a simpler form, fewer optimization variables, and more number-cutting planes, and the computational efficiency is higher. In the application of performance optimization of L-shaped beam structures and MBB beam structures, the model in this paper performs well in optimizing volume ratio, flexibility, and maximum von Mises stress. The algorithm is effective in maintaining the optimized structure’s proper stiffness, reducing material usage in practical applications, and improving the structural performance of lightweight building materials. The topology optimization algorithm can perform optimization iterations under various stress constraints, resulting in good and cost-effective results upon algorithm completion, as demonstrated in this paper.
Research on the Methods of Great Spirit Inheritance in Intelligent Teaching of Civics and Political Science Courses in Colleges and Universities
Authors: Yang Xiaohua 
Published: December 2024

Abstract
The Great Spirit is the embodiment of the values of the Chinese people, as well as the valuable spiritual wealth of the Chinese people. In this paper, through word similarity and concept matching algorithms, we extracted the association between the knowledge in the Civic and Political Education Resources, and with the help of an intelligent push system, we pushed the related resources for the learners in the process of knowledge construction, which helped the learners to understand the knowledge and actively construct the knowledge structure. Testing the intelligent push system of ideological and political resources in colleges and universities, the application side of the system does not require high performance of mobile devices, and it can run smoothly on the user’s mobile device. In the teaching environment, the intelligent push system can significantly improve the learning effect of students (p=0.982, p<0.05). At the same time, it was found that the application of the intelligent push system can promote the ideological inheritance of the Great Spirit among college students, manifest the appeal of the Great Idea, improve the radiant influence of the Great Spirit ideology, and coalesce the centripetal force of the Great Culture.
Quantitative assessment of information technology support in higher education management systems for student employability enhancement
Authors: Wu Yuqing 
Published: December 2024

Abstract
This paper synthesises the definition of information technology, the definition of students’ employability, and the principle of constructing the evaluation index system, and initially formulate the evaluation system of information technology-driven employability improvement. To ensure the accuracy of the evaluation index system, we used the Delphi method to conduct two rounds of screening. Finally, the evaluation index system for this paper was determined. Then, the hierarchical analysis algorithm is used to calculate the weight value of each index, which is substituted into the fuzzy comprehensive evaluation model as the input value to complete the quantitative assessment of the enhancement of students’ employment ability under the support of information technology. The results show that the affiliation matrix obeys the principle of maximum affiliation, and the quantitative assessment result of information technology-driven students’ employability enhancement in a school is deduced to be excellent, with the specific data expressed as 4.53601, which indicates that information technology fuels students’ employability enhancement and enables them to adapt to the society and the workplace more quickly.
Simulation of fiber movement in the high speed vortex during the rotor spinning process
Authors: Yang Ruihua , Gong Xinxia 
Published: December 2024

Abstract
A physical model of the air extraction rotor spinning channel was established in SolidWorks 2018 to explore the movement of the fiber in the rotor and the fiber transport channel. A fiber model was built using EDEM2018. Using the coupling software Fluent 19.0 and EDEM2018, a numerical analysis of the movement of fibers in the fiber transport channel and rotor was carried out. The research in this study provides a strong theoretical basis and technical support for further development of new rotor-spun yarns and optimization of key components with a short spinning process, high yarn-forming efficiency, and strong fiber adaptability.
Sustainable Operating Rooms: A Comprehensive Framework for Environmental Impact Analysis
Authors: Savio Anna , Marchi Beatrice , Roletto Andrea , Milano Giuseppe , Zanoni Simone 
Published: December 2024

Abstract
The healthcare sector is responsible for around 4.4 % of worldwide greenhouse gas emissions, according to estimates. Operating rooms are responsible for the greatest rate of resource consumption and overall hospital waste, varying from 20 % to 33 %. Hence, it is essential to fully discover the environmental impact of surgical procedures to obtain insight into the total emissions associated with the healthcare sector. Moreover, the lack of uniformity in data collection and the discrepancy of the data used by researchers makes it challenging, if not ineffective, to conduct a rigorous scientific comparison among the currently available studies on the environmental impacts of surgical procedures. This study aims to provide a practical and standardised framework that can be utilised to evaluate, simply and consistently, the environmental impacts of surgical procedures. To achieve this goal, a comprehensive literature review was conducted to assess the state of the art in environmental impact analyses related to surgical practices. This review highlighted significant variability and heterogeneity in existing methodologies, serving as the foundation for developing a more consistent approach. By simulating three different scenarios based on data availability, a methodology is proposed to conduct an environmental impact analysis tailored to the specific needs of researchers. Adopting a uniform methodology guarantees the inclusion of important variables and factors, preventing any oversights in the evaluation of the entire process.
Recurring Selection Strategies in Species of Eucalyptus maculata and Eucalyptus torelliana
Authors: de Oliveira Ana Flávia Cunha Fernandes , Ramalho Magno Antonio Patto , da Silva Soares Luis Carlos , de Lima José Luis , Aguiar Aurélio Mendes , Gonçalves Flavia Maria Avelar 
Published: December 2024

Abstract
The genetic breeding of Eucalyptus species from the subgenus Blakella, especially E. maculata and E. torelliana, is on the rise in Brazil. These species stand out for the quality of their wood and the possibility of taking advantage of the heterosis between them; however, they are still at the beginning of domestication. From the above, this study aims to: estimate genetic and phenotypic parameters; use this information to compare alternatives that can improve selection efficiency in progeny tests; and verify the viability of selecting the best individuals from each progeny in several locations. For this, DBH (cm) data were used from E. maculata progeny evaluation experiments conducted in two sites and E. torelliana in three sites, at six years of age, with 40 repetitions and of single-tree-plot. It was found that, for both species, the expected gain from selection was significant in all sites. In combined selection, the intensity of selection among the progenies was very mild (a large number of progenies being selected), even considering that the heritability on mean among the progenies was much higher than that obtained among individuals. The number of individuals selected per progeny was very different. This fact can reduce the effectiveness of recurrent selection in the medium term. Using clones as common controls is viable for selecting a single improved population based on the evaluation of progenies in more than one site.
Simulation of Exposure to Metal Fumes in The Smaw Welding Process Using IH MOD 2.0: Occupational Health and Safety Assessment
Authors: Lopes Diogo Raphael , Schmitz Anelise , Lenzi Andréa Ryba , Catai Eduardo Rodrigo , Gadda Tatiana Maria Cecy 
Published: December 2024

Objective: This study aims to investigate the potential of simulation using IH Mod 2.0 as an accessible and effective tool to predict exposure to metal fumes in the SMAW welding process.

Theoretical Framework: Metal fumes, as pollutants generated in welding processes, can harm human health. Methods for anticipating health risks to workers stand out, providing a solid basis for promoting a safer occupational environment.

Method: The methodology adopted for this research comprises simulation using the IH Mod 2.0 tool to calculate the concentration of Cr, Mn, and Ni pollutants during welding for two types of electrodes in environments with and without ventilation. Concentration estimates were calculated based on data provided by the manufacturer.

Results and Discussion: The results revealed minimal differences between the values predicted and calculated by IH Mod 2.0, validating the tool’s capability to accurately simulate fume emissions in the SMAW welding process, even though the model does not account for the different risks associated with each contaminant.

Research Implications: This research's practical and theoretical implications are discussed, providing insights into how the results can be applied or influence practices in occupational health and safety. These implications could encompass metal fume exposure from welding activities in the industrial and construction sectors.

Originality/Value: This study contributes to the literature by simulating welding risks in an economical and efficient way, enabling preventive analysis and strategic decision-making that prioritizes workers' health and safety.
A 2x2 Mimo Microstrip Patch Antenna Design For X-Band Applications Using Inverted Array Orientation Approach
Authors: Asiegbu Nnaemeka Christopher , Ahaneku Mamilus Aginwa , Chijindu Vincent Chukwudi , Nwawelu Udora Nwabuoku , Ekengwu Bonaventure Onyeka , Udechukwu Felix Chimezie , Muoghalu Chidiebere 
Published: December 2024

Objective: The main goal of this research is to design and simulate a unique 2x2 multiple-input and multiple-output, (MIMO) Rectangular Microstrip Patch antenna (RMPA) using an inverted array orientation approach with keen interest in improving the radiation efficiency and performance characteristics of the X- band based antenna.

Theoretical Framework: This work integrates principles from Electromagnetic theory, communication theory, and basic Microstrip antenna design concepts. The framework is built upon crucial design goals such as radiation efficiency, reliability, element orientation and compactness of the antenna elements.

Method: This research adopted a design and simulation approach. All the antenna design modules and analysis were conducted using MATLAB R2023b simulator. Firstly, this work modelled and designed a unique single-element RMPA after iterations and optimisations of the antenna parameters to achieve enhanced performance. The achieved single element was used to model a 2x2 MIMO antenna with specified element spacing. The design applied an inverted element array orientation and streamlined feed trace mechanism to achieve a high gain and enhanced radiation efficiency.

Results and Discussion: The unique antenna design recorded a return loss of -15.2 dB, directivity of 7.33 dB, bandwidth of 484.8 MHz, gain of 7.16 dB, VSWR of 1.41, and radiation efficiency of 96.2%. Further analysis on the designed MIMO antenna to ascertain the mutual coupling effect showed that Envelope Correlation Coefficient (ECC) values remained below 0.2 within the 10 GHz frequency band, representing good diversity and significantly reducing the mutual coupling effect between array elements. The Diversity Gain (DG) of 9.87 and 9.84 dB were obtained. These values are near the optimal value of 10 dB, which is diversity for MIMO applications.

Research Implications: The findings show the viability of the proposed design based on the performance metrics considered when compared to the previously designed Microstrip Patch Antennas (MPA). Thus, the designed MIMO antenna is suggested for use in embedded wireless communication devices within 8-12 GHz frequency bands for X-band applications such as radar systems and WiMAX.

Originality/Value: This study presents an innovative approach to improving the radiation efficiency of a designed 2x2 MIMO antenna. The work showed that enhancement of the radiation efficiency has a direct effect on the mutual coupling, which this work applied inverted orientation and streamlined feed trace method to minimise.
ESTUDIO MORFOFONOLÓGICO DE LAS PALABRAS SIMPLES DEL PAPIAMENTO, EN ARUBA, BONAIRE Y CURAZAO
Authors: Mio Ballena Lennard Elías 
Published: December 2024

The American continent treasures a linguistic diversity, evident in the original languages and in languages that unite morphological, syntactic, phonological and semantic structures of languages with different typological classifications, such as Creole languages. These languages originate from linguistic crossbreeding and are an element of a historical process of interrupted and restructured transmission that differs from the genealogical models of the Indo-European languages, specifically the Papiamentu of Aruba, Bonaire and Curaçao (known as the ABC islands). In the present research, the morphophonological processes of vowel elision, metathesis, epenthesis and epenthesis in the simple words of Papiamentu spoken on the above-mentioned islands are demonstrated. The terminology to be analysed is presented, compiled from Papiamentu-English bilingual dictionaries, a Papiamentu-English trap song and research on the phonology and morphology of the language. The processes of linguistic change manifested in the grammatical categories indicated are described succinctly. For these purposes, this work employs the postulates of linguistic variation and of researchers specialising in the phonology and morphology of Papiamentu and other American Creole languages. The corpus consists of thirteen (13) examples of vowel elision. In addition, the following morphological change processes are described: nine (9) examples of metathesis, four (4) examples of epenthesis and twelve (12) examples of epenthesis. Regarding the analysis, it is obtained that Papiamentu is a language that starts as a pidgin of Portuguese and Spanish origin, in which the lexicon of Dutch and African origin is added. The pattern of alternating loss of vowels according to the etymology of the word modified in Papiamento is detected. Furthermore, the addition of vowels in the final position of words derived from Dutch, English, due to the adaptation to the language of the morphophonological structure of the Latin American Romance languages, is also noted. Finally, it is noted that Papiamentu is a creole language that varies morphologically according to the linguistic and cultural influences received by its speakers.