bluuebunny/crossref_metadata_2025_split huggingface dataset:
Comparison of incisional gastropexy with and without addition of two full-thickness stomach to body wall sutures
Authors: Mann F. A. , Pan Yi , Middleton John R. , Chairez Candida K. , Pyne Connor 
Published: July 2023

Abstract

OBJECTIVE
To compare complications between a modified incisional gastropexy (MIG) technique and standard incisional gastropexy (SIG).

ANIMALS
347 client-owned dogs.

PROCEDURES
Dogs that had undergone SIG or MIG from March 2005 through April 2019 were identified through a medical record search of the University of Missouri Veterinary Health Center. The MIG technique is identical to SIG except 2 additional simple interrupted sutures are added, 1 cranial and 1 caudal to the continuous suture line, going full thickness into the stomach to ensure engagement of submucosa. Medical record information was used to identify intraoperative, postoperative, and short-term complications, and telephone or email communication to pet owners and/or referring veterinarians was used to identify complications (short-term and long-term) after discontinuance of care at the University of Missouri Veterinary Health Center. Intraoperative, postoperative, short-term, and long-term complications were analyzed in aggregate within 6 matched groupings: (1) gastropexy for gastric dilatation-volvulus, (2) prophylactic gastropexy without other procedures, (3) gastropexy with ovariohysterectomy, (4) gastropexy with castration, (5) gastropexy with splenectomy, and (6) gastropexy with celiotomy other than splenectomy. Overall rates of complications potentially attributed to gastropexy were compared between SIG and MIG using the Fisher exact test. Overall rates of complications not attributed to gastropexy were compared between SIG and MIG using the χ2 test.

RESULTS
There were no significant differences in overall complication rates between SIG and MIG.

CLINICAL RELEVANCE
Surgeons who feel that engagement of gastric submucosa is important for gastropexy success may use the MIG technique with minimal fear of complications. However, superiority of one technique over the other cannot be determined on the basis of this study.
The construction of modern aesthetic education innovative talent cultivation mode in universities based on big data technology
Authors: Wang Chen , Li Shuo 
Published: July 2023

Abstract
To strengthen the comprehensive literacy of college students and have a correct aesthetic concept, the cultivation of innovative talents in modern college aesthetic education under big data is proposed. The mixed-filtered college aesthetic training data were used to calculate the prediction function, loss function, and regression parameters using a logistic regression model. The training sample probabilities are derived from the maximum likelihood function to predict the unmade scores in the teacher’s scoring matrix, which is trained to fit the original scoring matrix. The behavior of each student is divided into a corresponding label, and the aesthetic education courses with historical preferences of students in the same category are recommended to the target students in that category. By iteratively updating the values of each cluster center one by one, the data with high similarity are clustered into one class, and the distances of all the cluster centers are recalculated to alleviate the data sparsity problem and scalability problem of logistic regression. The information of the training set is used as input data, and the numerical type indicators are used as the basis for judgment to obtain the satisfaction situation of students with the recommended results, and the indicators for visually evaluating the gap between the predicted and real ratings of the system and the accurate and complete data on the cultivation of innovative talents in modern university aesthetic education are counted. The analysis results show that under the big data technology, the physical education courses in colleges and universities carry out the education of the concept of beauty, the innovative form is better, and the percentage of the concept of strength and beauty reaches 69%, strengthening the ability of college students to feel beauty.
Corporate employee performance mechanism based on incomplete information contest theory
Authors: Ning Xi 
Published: July 2023

Abstract
Small and medium-sized enterprises (SMEs) are the mainstay of China’s social and economic development, and the implementation of performance appraisal systems in SMEs is an important way for enterprises to promote the growth of their employees, and each enterprise has a performance appraisal system that matches the characteristics of its own corporate culture. However, at present, objective factors such as the scale and operation of SMEs in China lead to the fact that employee performance appraisal cannot play a good role, and the decision-making level of SMEs understand the implementation of the performance appraisal for subordinate employees in a formal way, and cannot develop a performance appraisal system that is in line with the enterprise itself by combining with its development status. A reasonable performance appraisal system can improve the corporate cohesion and industry competitiveness of the company’s employees. The imperfection of the current corporate employee performance mechanism is not addressed, and the planning of objective employees is not uniform and reasonable enough. This paper constructs a model by analyzing many factors influencing the implementation of performance appraisal systems in SMEs and combining them with incomplete information race theory. Ultimately, we explore the strategies and methods of the performance appraisal for SMEs, cultivate talents for SMEs, enhance the sense of belonging and creativity of enterprise employees, and provide a strong guarantee for enterprise development.
Research on the reform path of soccer special class for physical education majors in colleges and universities under the vision of intelligent sports
Authors: Zhang Lu 
Published: July 2023

Abstract
To promote the reform of soccer special class of physical education majors in colleges and universities, adapt to the needs of the new situation, strengthen the cultivation of students’ teaching practice ability and innovation ability, and meet the needs of social development and students’ employment needs. This paper takes the students, teachers, and teaching situation of the soccer special class as the starting point under the vision of intelligent sports, first, establishes the mathematical model of wheeled robot movement used in the simulation platform, establishes the environmental information model with the lattice method for the possible fields that the robot moves to from the starting point to the endpoint, and introduces the methods of initial population generation and individual coding, discusses the design and The design and implementation of the fitness functions were discussed, and three fitness functions were designed for obstacle avoidance, path minimization, and path smoothing, respectively, and finally, the specific operation process of the five basic operations of the genetic algorithm was introduced. The results of the study show that the ratio of 3:7 hours between theoretical and practical classes is more in line with students’ wishes, and it effectively improves the special skills and comprehensive practical ability of students in soccer special classes.
Realistic interaction design of large site scenes based on virtual reality technology
Authors: Cao Yanzhen 
Published: July 2023

Abstract
Virtual reality technology first appeared in the 1980s and can also be called VR technology, which contains computer technology, sensing technology, human interaction technology, and artificial intelligence technology. With the continuous maturation of virtual technology, which is now one of the world’s frontier scientific projects, large site scene interaction processing there are different transformation scales, transformation scale occurs, its existence of numerical differences, resulting in the output of the scene image produces missing, for the problem, this paper uses virtual reality technology of animation interactivity design integrity automation analysis method. The process uses virtual reality technology to output interaction instructions, determine the angle of change generated by the interaction change instructions, use bilinear difference processing to reconstruct the vector value space formed by the interaction semantics, iteratively back-project the interaction image and form a correction parameter within the output image range values, control the numerical difference generated during the transformation, sample the feature vector obtained by contour screening, and superimpose the interaction deformation within the propagation field values in the propagation field to achieve integrity analysis. This study builds a large site scene interaction platform, iterates the virtual reality editing framework, applies the analysis method based on visual scene understanding, the analysis method based on the immersion model and the designed automated analysis method to participate in the test, and the test results show that the output of the designed automated analysis method does not produce missing animated images, the integrity analysis results are the best and the designed integrity analysis method produces the average analysis time generated by the designed integrity analysis method is 8s, which largely reduces the working time and improves the efficiency. Through the VR market research statistical chart, the analysis shows that both online and offline VR market shows a linear increase from 2017 to 2021, further indicating that virtual reality technology will have a broad application prospect in the future and produce a disruptive change in the way human society interacts with each other.
The self-control training method of vocal performance teaching in a new media environment
Authors: Fan Fei , Huang Cong 
Published: July 2023

Abstract
Due to the diverse development trend of modern media, new media arts and applications are being presented in the field of vocal performance teaching with its many advantages of interactivity, immediacy, sharing, comprehensiveness, versatility, community, and personalization. In this paper, by decoding the EEG signal, through the decoding process of EEG data pre-processing, feature extraction, feature identification, and classification, and calculating the significance of each element in the time-frequency matrix, an iso-dimensional mask matrix can be obtained. Then the conditional random field model is established on the random field theory to get the parameters of the model. Finally, the parameters of the model are obtained by maximizing the following entropy function, which is brought into the Lagrangian operator to obtain the pairwise Lagrangian operator. Finally, the EEG signal is decoded to realize the self-control training of vocal performance teaching in the new media environment. The experimental results show that by conducting the intervention test on self-control and vocal performance insight, the mean value of the total self-control score in self-control training is 61.99±11.45, and the intervention effect has stability. Therefore, improving self-control, forming correct expressions and forms, and enriching emotions are important for vocal performance.
Development and Application of Field Mixing Process and Intelligent Mixing Vehicle for Plateau Type Emulsified Explosives for Open Pit Mining
Authors: Tang Xiuyong , Chen Bin , Li Mingjie 
Published: July 2023

Abstract
To improve mine production efficiency, reduce blasting costs, and meet the needs of mine capacity expansion, the use of an on-site mixing emulsion explosives truck for open pit iron ore deep hole step blasting charging operation. This paper firstly briefly introduces the process flow of emulsion explosives production and makes a detailed introduction to the working principle and process control requirements of each section of emulsion explosives production. Based on the analysis of the basic principle of adaptive control, the adaptive PID controller is designed to control the discharge temperature and density of emulsion explosives production and to achieve self-tuning of parameters, which improves the control accuracy of production parameters and product quality. The research results show that the use of field mixing emulsion explosives, and blasting operations personnel was reduced by 40% to 50%, and the drilling workload was reduced by about 7%. The application of field mixing emulsion technology improves the blasting effect, increases shovel loading efficiency, reduces the labor intensity of workers, saves comprehensive mining costs, and reduces the cost of temporary explosives depot guarding and disposal of used packaging in mines.
BM3D denoising-based multi-target detection method for complex background radar images
Authors: Ma Hongzhi 
Published: July 2023

Abstract
For the complex background of traditional radar image target detection methods is affected by multiple interferers, which leads to a low recognition rate of multi-target classification and a high false alarm rate. In this paper, the current hot research BM3D denoising method is introduced into radar image target detection. Firstly, the detection process of the BM3D algorithm is constructed, and the image pixels are reasonably clustered by denoising so that the image blocks in homogeneous regions have a high matching degree and those in non-homogeneous regions have a low matching degree. Secondly, the clustering recognition feature is used to limit the search range of similar blocks to homogeneous regions, to improve the denoising efficiency of the algorithm. Finally, the simulation results of this paper show that compared with previous algorithms, the BM3D detection method has significantly improved in both the subjective visual effect map and objective numerical indexes. For example, the image denoising quality is improved by about 0.716dB on average and up to 1.031dB, the image denoising time is shortened by about 19.962s on average, and the algorithm runs 1.211 times faster than the original algorithm. It is proved that the algorithm can improve denoising efficiency and reduce computational complexity while enhancing detailed information.
Research on the application of digital music in mental health education in colleges and universities
Authors: Sun Guojun 
Published: July 2023

Abstract
The interdisciplinary study of mental health education and digital music in colleges and universities is an indispensable part of China’s education discipline system. To solve the current problems of mental health education in colleges and universities, this paper analyzes the promotion role of digital music and the development of mental health in colleges and universities. The hierarchical analysis method is used to build a mental health assessment index system in colleges and universities. Using the VPMCD method, based on the intrinsic relationship between different index characteristics, a digital music-based psychological health assessment model for colleges and universities is established to assess the psychological health problems of college students. According to the psychological assessment results, the listening psychological intervention method is used to psychologically intervene with students. And by calculating the main melody of digital music materials, the type of music intervention materials used was determined. Experimental results: The listening psychological intervention method successfully led to the slow recovery of students with severe and moderate mental health problems and the complete recovery of students with mild psychological problems. 11 students (9.2% of the total) were completely cured of their psychological problems among the freshmen students in college A. The number of students who reduced their psychological problems was 86, accounting for 81.1% of the total. 26 students, accounting for 32.3% of the total, were completely cured of their psychological problems in their sophomore year at College A. The number of students who reduced their psychological problems was 56, accounting for 51.3% of the total. It proves that: digital music plays a supplementary role in college mental health education and proposes a new way of implementation for college mental health education. It promotes the diversified development of mental health education in colleges and universities as well as the cultivation of positive psychological qualities of college students and guides them to grow up positively and healthily.
The evolutionary process of the development path of cultural tourism industry integration from a non-linear perspective
Authors: Liu Xiaoli , Tan Qihong , Heng Xi 
Published: July 2023

Abstract
The cultural tourism industry and the tourism industry are both different and interrelated, and both are the most promising industries in the modern service industry. Along with the continuous socio-economic development, the influential role of cultural values is expanding and is an inevitable and positive industrial development trend. The globalization of the economy, changes in transportation and information technology, and the widespread use of the Internet have brought about a continuous increase in tourist demand, an essential change in the relationship between all relevant stakeholders in the cultural tourism industry, and an increasing complexity of development. The traditional linear approach to analyzing the components of the system ignores the complexity and dynamics of the cultural tourism industry, and it is difficult to adapt to the development practice. The results show that: after a major national public health outbreak of SARS at the end of 2002, the number of tourism receivers in Shanghai grew -by 13.11%; the number of tourism receivers in Shanghai grew by 24.82% with the bid for the Chinese Olympic Games in 2008, and the evolution of Shanghai’s cultural and tourism industry system has the characteristics of a small world and an approximate scale-free network, which behaves as a chaotic deterministic nonlinear dynamical system; the integration of Shanghai’s cultural and tourism industry follows “orderly - chaotic edge - emergent - new orderly”, the process of jumping up from low-level orderly to high-level orderly evolution; This paper provides a precise analysis of the evolutionary path of the cultural tourism industry, which effectively assists cultural tourism industry managers in adaptive management and regulation by providing methodological and technical support.
Application of finite element analysis in structural analysis and computer simulation
Authors: Zhang ZhiQiang 
Published: July 2023

Abstract
In today’s highly developed technology, computer and Internet technology has seen a climax of innovation and its application areas are becoming more and more extensive. Computer simulation technology is the direction of computer development proposed in recent years, which can change our way of life to a greater extent. In order to explore the role of finite element analysis in structural analysis and computer simulation, this paper uses ANSYS finite element analysis combined with structural analysis methods and verified by computer simulation examples of welding thermal cycles. The results show that the computer simulation of the simulated temperature curve trend and the experimentally measured temperature curve is basically the same. Absolute error curve increases first and then decreases, basically at 11 s when the maximum, followed by a rapid decline, and then gradually slow down the rate of decline, and eventually converge on 200 °C or 180 °C or so. Such a computer simulation in a certain range to be able to more accurately simulate the welding temperature field, the study of welding problems is very valuable reference. For the simulation speed of computer simulation, combined with the structural analysis of finite element analysis, the running time was reduced by an average of 3.58 min, and the overall efficiency was improved by 21.81%. It shows that the FEA method can effectively reduce the running time and significantly improve the running efficiency. In summary, finite element analysis can optimize common problems in structural analysis, strengthen the analysis effect, and expand the application of computer simulation technology.
Analysis of the coupling correlation between environmental protection efforts and economic development level based on artificial intelligence technology
Authors: Shi Keqin 
Published: July 2023

Abstract
In order to study the influence of environmental protection and economic development level under artificial intelligence technology, and to help achieve the goal of carbon peak in China, this paper studies the coupling degree of socio-economic and ecological environment system, establishes the evaluation index system of coupling between socio-economic system and ecological environment system, calculates the weight of each evaluation index and comprehensive evaluation index by using entropy value assignment method, construct the coupling degree of two systems model, and empirically analyze the coupling degree and coupling coordination socio-economic and eco-environmental systems. In addition, the comprehensive evaluation index of socio-economic and ecological environmental protection systems based on artificial intelligence technology was analyzed. The results show that AI technology benefits environmental protection, the urban economy and environmental protection as a whole are currently in a mutually beneficial symbiosis, and the two systems of ecological environment and high-quality economic development promote each other and develop together. The evaluation indexes of economic scale and economic capacity and social development as a whole are steadily increasing, from 0.00, 0.00, and 0.07 in 2010 to 0.28, 0.15, and 0.53 in 2019, respectively, where the evaluation indexes of economic scale and economic capacity are steadily increasing from 2010 to 2019 due to the rapid development of the tertiary industry, and the evaluation indexes of social development. The evaluation index of the economic scale, economic capacity, and social development drove the rapid development of the economy in 2012-2013, and the rapid development of the economy also led to the rapid development of society. After 2015, the coupling between the two systems has become more and more perfect.
THE IMPACT OF EXCESS CARGO LOADED ON THE SERVICE LIFE OF THE PAVEMENT PLAN ON JALAN KHATULISTIWA, SIANTAN HILIR, SUB-DISTRICT PONTIANAK UTARA, KOTA PONTIANAK
Authors: Rizki Devi Novalia , Mukti Elsa Tri , Kadarini S. Nurlaily , Said Said , Sumiyattinah Sumiyattinah 
Published: July 2023

This study aims to review the impact of overload vehicle overload, vehicle damage capacity (VDF) on flexible pavement and decrease the service life of flexible pavement on Jalan Khatulistiwa. The method used is to analyze the service life of pavement based on the cumulative ESAL results for each change in load weight. The survey was conducted on Jalan Khatulistiwa in 2022. The data on vehicle weighing results was obtained from UPPKB Siantan using data in 2021. LHR data was obtained from the Pontianak P2JN office in 2020 and 2021. The study was carried out using the 1993 AASHTO method and the 2017 Highways. From the calculation results in the 20th year, the W18 value for the plan is 96,974,719.09 ESAL and the W18 overload in the 20th year is 110,929,554.2 ESAL. The increase in the value of W18 resulted in a decrease in the service life in the 19th year, namely the Ri value of -1.341% and in the 20th year the value of Ri was -14.390% whereas under normal conditions the value of Ri in the 20th year was 0%. Meanwhile, the remaining life of the plan caused by the addition of a 5% simulation load is the remaining 18,556 years and 100% of the remaining plan life is 9,297 years.