bluuebunny/crossref_metadata_2025_split huggingface dataset:
A Comparative Study of the Effectiveness of Exercise Training in Promoting Physical Fitness and Health in College Students
Authors: Ren Limin , Zhang Liang 
Published: October 2024

Abstract
As we all know, a healthy body is a guarantee that students to do better in their studies, so students’ health should not be neglected in the process of students’ development. This study examines the impact of exercise training on the physical health of college students by combining college physical education teaching and exercise training. Sixty students from a college in Pudong New Area, Shanghai, were selected as experimental subjects. The effect of exercise training on college students’ physical fitness and health promotion was studied using pre- and post-test analysis of data, correlation analysis, and multiple regression, and an independent t-test was performed on the study subjects. There were significant differences (P<0.05) in the physical fitness of the students in the experimental group. The only indicators that did not show significant differences were the seated forward bend, the 800-meter run, and the 1000-meter run, where the P values were >0.05. There is no significant difference between the indicators of physical function. It indicates that sports training has a significant effect on promoting physical fitness improvement in students. The students’ body mechanics and physical fitness improved significantly after 12 weeks of sports training. It shows that exercise training helps to improve students’ body mechanics and physical fitness. There was a multidimensional association between students’ physical fitness and athletic training skills, and there was a significant positive correlation between students’ functional movements, physical fitness, and body mechanics on total athletic training, recovery training, and sports fitness training.
Research on the Prediction Model of Consumer’s Emotional Response to Color in Packaging Design
Authors: Zhou Kunqiao , Dong Guoxia , Zhang Wuzhi 
Published: October 2024

Abstract
Packaging design has a non-negligible impact on consumers’ emotional feedback and purchase intention, and color, as one of the most important parts of packaging design, will also have an impact on consumer psychology. Based on the psychology of consumers in color consumption in packaging design, the article designs and constructs a multimodal learning-based model for predicting consumer emotions. The model is divided into a modality-specific learning module, a cross-modal fusion module, and an emotion prediction module to recognize and predict consumer emotions. At the same time, K-means, C-means, and ISO-DATA are introduced to extract features from colors in packaging design. The emotional imagery and positive-negative emotional bias of colors in this paper’s model are analyzed, and the accuracy of emotional prediction and training time of this paper’s model are examined. Gold, pink, green, orange, white, and yellow all have an emotional bias score greater than 2.5 and are classified as “positive” emotional colors. Purple, red, brown, blue, black, and grey were identified as “negative” emotion colors because their emotion bias values were less than 2.5. This paper’s model has the most accurate prediction accuracy and the shortest training time among the bimodal, trimodal, and quaternary sentiment analysis experiments. The model’s prediction accuracy increases as the number of modalities increases, but the training time also increases.
Postural Balance Assessment of Wushu Athletes Based on Fuzzy Evaluation Models
Authors: Huang Qiaoqi , He Zizhi , Zhou Qian 
Published: October 2024

Abstract
In wushu training, postural balance is crucial for all wushu athletes. In order to realize the quantitative evaluation and analysis of the postural balance of wushu athletes, this paper proposes a fuzzy evaluation model to explore the postural balance of wushu athletes and combines the principle of the index system with the Delphi method to revise and improve the initially selected evaluation index system. After determining the final evaluation index system, the entropy weight method is used to calculate the weights of the evaluation indexes, and the construction of the fuzzy evaluation model is completed by determining the set of evaluation factors and the set of comments. The postural balance of martial arts athletes was evaluated and analyzed using the constructed model. The data show that the fuzzy evaluation results of the three-level evaluation indexes are (0.38782, 0.27512, 0.2084, 0.075, 0.0536), and based on the principle of maximum affiliation, the final fuzzy evaluation results of the postural balance of wushu athletes in a certain province are excellent. This paper’s model accurately assesses the postural balance of wushu athletes, leading to a new height in Chinese wushu development.
Practical Application of Intelligent Technology in Grassroots Public Governance and Its Enhancement of Governance Effectiveness
Authors: Han Yekun 
Published: October 2024

Abstract
The application and development of intelligent technology in the field of public management has accelerated the governance mode change and process evolution. As a new mode and direction of governance system and technological innovation in the new era, holistic smart governance has a high theoretical coupling with grassroots public governance. Based on the transformation path of grassroots public governance, the study designs a holistic smart governance model for the application of intelligent technology in grassroots public governance and then measures the effectiveness of grassroots public holistic smart governance using the static DEA model and the dynamic Malmquist index model. Subsequently, data from 16 regions in Province M are taken as examples for empirical analysis, and the augmented regression number model is utilized to explore the relative strengths of the influencing factors and the ways of influencing them. The results show that M4, M7, M9, M12, M13 and M15, six regions realize DEA effective, but the average value of the annual technology change index is greater than 1 only in M7, M12 and M15, some regions have poor technological innovation capacity, production technology is difficult to innovate, and the innovation capacity and grassroots public governance are not coordinated with the input governance. M = 3055 under the augmented regression tree in the ratio of housing expenditure to per capita disposable income has the greatest impact on grassroots public governance in society (27.54%), which needs to be focused on. The study concludes that governance effectiveness can be realized in five areas: governance philosophy, governance objectives, governance approach, governance structure, and governance path.
A Cultural Critical Theory Study on the Interweaving of Invisible Geometric Structures and Contemporary Social Values in Oil Painting Art
Authors: Mu Xiaoxuan 
Published: October 2024

Abstract
The use of the invisible geometric structure of oil painting art in the creation of contemporary oil paintings is a kind of painting expression that is more in line with the needs of contemporary people’s social values and promotes the diversified development of contemporary social values. Based on the invisible geometric structure of oil painting art, this paper explores its spiritual connotations and introduces the relationship framework of contemporary social values. Relying on the function of social values for cultural criticism, oil painting art is integrated with values to realize social value criticism of oil painting art. Taking oil painting artworks as an example, the method of aesthetic calculation is used to obtain the visual characteristics of oil painting art, and the questionnaire is used to understand the effectiveness of the integration of social values. The clarity of the oil painting artworks fluctuates between [100,135], and the color hue of most of the artworks mainly lies in the interval of 0.60~0.65. 92.99% of the audiences show a more agreeable attitude toward the interweaving of oil painting artworks and contemporary social values, and the score of the difference in social values between males and females is only 1.24 points. The invisible geometric structure of oil painting art shows diverse aesthetic characteristics, which contribute to the renewal of contemporary social values and aesthetics and assist in the innovative generation of cultural critical theories of social values.
Alignment of multimodal rigid cardiac angiography images with an improved particle swarm algorithm
Authors: Wang Ruili , Zhang Baolong 
Published: October 2024

Abstract
In this paper, we conduct a preliminary study on the current development status in medical image alignment and build up a basic framework for image alignment. The feature space, search space, similarity measure, and search strategy of cardiac angiography images are calculated and studied. The DGVF model is utilized to process the traditional snake model for optimization search and is combined with B-splines to construct the B-spline DGVF model. Optimize the traditional MsFCM algorithm by using the PSO algorithm and propose an MsFCM-PSO image segmentation method. It is applied together with the B-spline DGVF model to segment the vascular lumen in cardiac angiography ultrasound images. Finally, the model of this paper is analyzed in terms of segmentation performance, alignment stability, and evaluation of alignment results. The mean values of Dice, IoU, and HD of this paper’s MsFCM-PSO model in image segmentation of cardiac vessels are 94.27%, 92.60%, and 1.06, respectively (all optimal performances). In the ablation experiments, the MsFCMPSO model in this paper shows an increase of 6.02% and 5.47% in the mean values of Dice and IoU compared to the benchmark model. The stability calibration percentage of this paper’s MsFCM-PSO algorithm is 31.13% when the Gaussian factor is 0.5, which is significantly better than other algorithms. The algorithm in this paper is better than other methods in terms of alignment stability and alignment results.
The collaborative innovation mode of university talent training under the background of industry-education integration
Authors: Song Ruichao 
Published: October 2024

Abstract
At present, with the adjustment of industrial structure and industrial restructuring and upgrading, the demand for high-end skilled personnel is increasing, and the state has timely launched the integration of industry and education and the school-enterprise cooperation policy to strengthen the “double subject” status of enterprises and universities. With the help of evolutionary game theory, the study constructs a two-party evolutionary game model of talent cultivation under school-enterprise cooperation between enterprises and colleges and universities, constructs the replication dynamic equations of the two main parties of the game, and explores the stability of the Nash equilibrium point. In order to verify the reliability of the game model results, numerical simulation is carried out, which more intuitively demonstrates the dynamic process of the evolutionary game of talent cultivation under school-enterprise collaboration. When the proportion of enterprises and colleges adopting the strategy of not actively participating in collaborative talent cultivation gradually decreases in the benefits of the two groups, the enterprises choose to deeply participate, and the colleges choose to actively participate in collaborative talent cultivation is an evolutionarily stable strategy and the optimal solution of the model (1,1). It can realize the innovation of university talent cultivation mode through university-enterprise collaboration by establishing a complete information channel, incentive, and constraint mechanism to protect the interests of the two main parties of the game.
A study on the application of an improved adaptive neural network in prestressed bridge engineering inspection
Authors: Luo Kewen , Wang Hua , Tan Guojin 
Published: October 2024

Abstract
In recent years, there have been mixed evaluations of the performance of pre-stressed bridges in society. Based on this, this study proposes to integrate adaptive neural networks with BP networks to build a bridge tolerance detection model and combines support vector machines and radial basis function networks to build a bridge wind vibration detection model. The results showed that in the detection results of angle adjustment and detachment, Sample 1 was the closest to the true value, with a difference of only 0.01. As the number of samples increased, the difference became larger, and the difference in sample 5 reached its maximum value of 0.3. The turbulence level of 0.5% had the lowest initial vibration wind speed at a wind attack angle of 10°, with a maximum value of 21m/s. This indicates that the proposed combination model should be more accurate in detecting the tolerance of bridges and more timely in detecting wind-induced vibration risks. In general, research methods have a significant technical value for the safety maintenance of bridge engineering.
УКРАЇНСЬКИЙ МУЗИЧНИЙ ФОЛЬКЛОР ЯК ПРЕДМЕТ НАУКОВО-МЕТОДИЧНИХ ДОСЛІДЖЕНЬ
Authors: Гринчук Ірина 
Published: October 2024

Піднято проблему актуалізації та практичного наповнення тематики науково-пошукової діяльності студентів – майбутніх вчителів музичного мистецтва. Тезу проілюстровано на прикладі основних етапів підготовки й апробації результатів магістерського дослідження, проведеного під нашим керівництвом, предметом якого є використання зразків українського музичного фольклору у виховній роботі зі школярами різновікових груп. Вважаємо, що означена тематика є актуальною для сучасного освітньо-виховного процесу, для формування культурної та громадянської самоідентифікації шкільної і студентської молоді.
High-Accuracy, Vision-Based Attitude Estimation System for Air-Bearing Spacecraft Simulators
Authors: Ornati Fabio , Di Domenico Gianfranco , Panicucci Paolo , Topputo Francesco 
Published: October 2024

Air-bearing platforms for simulating the attitude dynamics of satellites require highly accurate ground truth systems. Commercial off-the-shelf motion-capture systems are used for this scope, although they are complex and expensive. This paper shows a novel and versatile method to estimate the attitude of rotational air-bearing platforms using a monocular camera and sets of fiducial LED markers. The work proposes a geometry-based, iterative algorithm that is significantly more accurate than other literature methods that involve solving the perspective-[Formula: see text]-point problem. Additionally, autocalibration procedures to perform a preliminary estimation of the system parameters are shown. The developed methodology is deployed onto a Raspberry Pi 4 microcomputer and tested with an array of LEDs soldered on a custom printed circuit board. Data obtained with this setup are compared against simulations of the system to determine and validate its performance. The hardware setup is also validated against independent inclinometric and gyroscope sensor measurements. Simulation and test results show expected 1-sigma accuracies of 12 arcs and 37 arcs for about- and cross-boresight rotations of the platform, respectively, and average latency times of 6 ms.
Improvements in Forward Bending Are Related to Improvements in Pain and Disability During Cognitive Functional Therapy for People With Chronic Low Back Pain
Authors: Chang Ruth , Campbell Amity , Kent Peter , O’Sullivan Peter , Hancock Mark , Hoffman Lesa , McGregor Alison , Laird Robert , Smith Anne 
Published: October 2024

OBJECTIVE: To investigate whether improvements in forward bending were related to improvements in pain and disability in people with chronic low back pain (CLBP) who were undergoing Cognitive Functional Therapy (CFT). DESIGN: Longitudinal observational study. METHODS: Two hundred and sixty-one participants with CLBP received CFT. Forward bending was assessed at each treatment session over 13 weeks (an average of 4.3 timepoints per participant [range, 1-8]). Spinal range of motion (ROM) and velocity were recorded using 2 inertial measurement units located at T12 and S2. Participants reported (1) average pain intensity (0-10 scale) (pain) and (2) pain-related activity limitation (Roland Morris Disability Questionnaire [disability]) via online questionnaires at 0, 3, 6, and 13 weeks. Multivariate multilevel models were used to evaluate associations between individual rates of change over time for 3 spinal movement measures (trunk velocity, trunk ROM, lumbar ROM) and pain/disability. RESULTS: Strong correlations were observed for increased trunk velocity with reduced pain ( r = −0.81; 95% CI: −0.98, −0.05) and with reduced disability ( r = −0.77; 95% CI: −0.95, −0.22). Moderate correlations were observed between increased trunk ROM with reduced pain ( r = −0.37; 95% CI: −0.67, 0.04) and with reduced disability ( r = −0.32; 95% CI: −0.6, 0.03). There was no evidence of association between changes in lumbar ROM and pain ( r = −0.46; 95% CI: −0.90, 0.44) or disability ( r = −0.01; 95% CI: −0.56, 0.55). CONCLUSION: Reductions in pain and disability were strongly correlated with increased trunk velocity in people with CLBP who were undergoing CFT. These findings are consistent with CFT that explicitly trains “nonprotective” spinal movement. J Orthop Sports Phys Ther 2024;54(11):721-731. Epub 7 October 2024. doi:10.2519/jospt.2024.12727
Yoga Intervention and Inflammatory Homoeostasis in Breast Cancer Patients
Authors: Kaje Kaini Cecilia , Dsilva Fatima , Shetty Praveen Kumar , Mohan Rajashekar , Kumar Shishir , Dsouza Neevan , D’souza Caren , Kalladka Shwetha Shetty , Alagundagi Dhananjay B. , Kalladka Krithika 
Published: October 2024

Objectives:
Yoga, renowned for its ability to maintain physical, mental and spiritual well-being, has recently gained prominence as a supportive therapy during conventional breast cancer (BC) treatment. This paradigm shift reflects a growing trend of people embracing yoga to enhance their overall health and aid in managing BC. The objective of this study was to determine the yoga intervention and inflammatory homoeostasis in newly diagnosed BC patients.

Materials and Method:
This study recruited 44 newly diagnosed BC patients at stages II, III and IV (without distant metastasis or other inflammatory diseases), all admitted for neoadjuvant chemotherapy followed by surgery. A prospective non-randomised control design was employed. Baseline assessments were conducted before the first chemotherapy cycle, with follow-ups before the 2nd and 3rd chemotherapy cycles, before surgery, and 2 months post-surgery. The outcome was compared with the control group.

Results:
The study showed significant within-subject effects in the yoga intervention group on serum tumour necrosis factor-alpha, interleukin (IL)-1-beta and IL-6 levels, while no significant changes were observed in the control group. Although between groups did not show statistically significant, the mean values indicated a consistent downregulation of proinflammatory markers over time in the yoga group.

Conclusion:
Incorporating yoga as a complementary therapy alongside conventional BC treatment significantly improved the health outcomes of BC patients by modulating proinflammatory markers.
Design, Fabrication, and Testing of Small Wind Pump
Authors: QUIPO JUNE 
Published: October 2024

The demand for energy used to pump water for irrigation has been increasing, resulting in the need for alternative renewable energy sources to reduce costs. A study was conducted to develop a small wind pump that could be used to irrigate crops. The wind pump's efficiency, discharge, and actual power generated were evaluated, and regression analysis and the coefficient of determination were used to determine the goodness of fit. Results showed that the wind pump required a minimum wind speed of 0.3 m/s produced a discharge of 0.95 L/min, while a 4.13m/s wind speed produced a water discharge of 5.45 L/min. The efficiency of the wind pump was measured using the regression equation E= - 04075(ws)² - 0.6375(ws) + 14.36, where R² = 0.6201, resulting in a maximum efficiency of 20.56% and a minimum of 5.57%. This indicates that the wind pump was efficient at low wind speeds due to the dynamic stress of the pump lift rod and a mismatch between the rotor and pump characteristics. Lastly, the net benefit of Php 25,083.61 per year was derived, with a return on investment of 33.86%, which will be paid back in 1.26 months.
ИССЛЕДОВАНИЯ КУРГАННОГО МОГИЛЬНИКА ТАТЛИ-БУЛАК II В СЕВЕРНОМ ДАГЕСТАНЕ
Authors: Малашев В.Ю. , Сайпудинов М.Ш. , Тангиев М.А. , Фризен С.Ю. , Шаушев К.Б. 
Published: October 2024

В 2017 г. Кавказской экспедицией ИА РАН были проведены раскопки курганного могильника Татли-булак II в Ногайском районе Республики Дагестан. Исследованные курганы содержали по одному погребению, совершенному в подбое. Особенности погребального обряда (подбои, ориентировка погребенных в южный сектор) и инвентарь дают возможность оценить хронологию исследованных комплексов в рамках втор. пол. II в. н. э. Полученные материалы отражают процесс освоения степных районов к северу от р. Терек потомками носителей среднесарматской культуры, испытавшими влияние позднесарматской культуры. Данные материалы, территориально и хронологически, занимают промежуточную позицию между собственно древностями среднесарматской культуры волго-донских степей и памятниками Терско-Сулакского междуречья (могильники Львовский Первый-2 и Львовский Первый-4), датирующимися с III в. н. э., и маркируют продвижение части кочевого населения волго-донских степей в Терско-Сулакское междуречье.
In 2017 the Caucasian expedition of the Institute of Archaeology, Russian Academy of Sciences, conducted excavations of a kurgan cemetery known as Tatlibulak located in the Nogaysky District of the Republic of Dagestan. Each excavated kurgans contained one burial made in a niche. Distinctive features of the funerary rite (niches, orientation of the deceased in the southern part) and funerary offerings provide an opportunity to estimate chronology of the excavated sites as the second half of the 2nd century AD. The materials obtained reflect the process of exploiting steppe areas north of the Terek by descendants of the Middle Sarmatian culture which were influenced by the Late Sarmatian group. Geographically and chronologically, these materials are somewhere between the antiquities of the Middle Sartmatian culture of the Volga-Don steppes and the sites of the Terek-Sulak interfluve (Lvovskiy Pervyy-2, Lvovskiy Pervyy-4 cemeteries) dated to the 3rd century AD and mark migration of a part of the nomadic population of the Volga-Don steppes to the Terek-Sulak interfluve.
РАБОТЫ ЗАРУБЕЖНОЙ ЭКСПЕДИЦИИ ПЕТРОГЛИФИЧЕСКОГО ОТРЯДА ИА РАН В 2018 г.
Authors: Дэвлет Е.Г. , Леванова Е.С. , Фокеева Е.В. 
Published: October 2024

В работе представлены результаты зарубежной экспедиции Петроглифического отряда ИА РАН в 2018 г. на территории округа Чифэн (Внутренняя Монголия, Северный Китай), где осмотрен и зафиксирован ряд объектов в семи пунктах местонахождений петроглифов, а также проведена фотосъемка с фотограмметрической обработкой изображений на памятнике Бай Мяо Цзы для создания 3D-моделей валунов с петроглифами (личинами-масками).
The paper reports on the foreign expedition of the Petroglyphic Team of the Institute of Archaeology, RAS, in 2018, carried out in the Chifeng district (Inner Mongolia, North China) where a number of sites in seven locations of petroglyphs were examined and documented and photographing with photogrammetry of images at the Baimiaozi rock art site was conducted to create 3D models of boulders featuring petroglyphs (human-like masks).