bluuebunny/crossref_metadata_2025 huggingface dataset:
ИНКЛЮЗИВТІ БІЛІМ БЕРУДЕ АУТИСТІК СПЕКТР БҰЗЫЛЫСЫ БАР БАЛАЛАРДЫ ПЕДАГОГИКАЛЫҚҚОЛДАУДЫҢМАҢЫЗЫ
Authors: Аутаева А.Н. , Бисенова С.О
Published: January 2025

Бұл мақалада инклюзивті білім беруде аутистік спектр бұзылысы бар балаларды педагогикалыққолдау мәселесі қарастырылған. Әлемніңәртүрлі елдерінде аутистік спектр бұзылысы бар балалардыңжас ерекшеліктері бойынша және олардыңәлеуметтенуі, қалыптасуы сияқты мәселелер психологтардың, философтардың, әлеуметтанушылардыңзерттеулерініңөзектілігі болып табылады. Аутистік спектр бұзылысы бар баланы білім беру ұйымында ұзақмерзімді психологиялық-педагогикалыққолдау қажеттілігі айтылған.Сүйемелдеу мамандары —психолог, логопед, арнайы педагог, педагог-ассистент, әлеуметтік педагог және инклюзия жөніндегі әдіскер қызметтерініңаутистік спектр бұзылыстары бар балалардыңбілім алу процесіндегі маңыздылығы ашылған. Зерттеудіңнегізгі мақсаты –инклюзивті білім беруде аутистік спектр бұзылысы бар оқушыларға педагогикалыққолдаудыңмаңызы. Негізгі нәтижелер аутистік спектр бұзылысы бар балалардыңинклюзивті ортаға бейімделуі сенсорлықжәне коммуникативтік ерекшеліктерін ескере отырып, жеке көзқарас пен икемді қолдау жүйесін талап ететінін көрсетеді. Зерттеудіңғылыми және практикалықмаңызы инклюзияныңмаңыздылығын негіздеуде және аутистік спектр бұзылысы бар балаларға арналған білім беру бағдарламаларын бейімдеу бойынша ұсыныстар беруде жатыр. Бұл зерттеудіңүлесі аутистік спектр бұзылысы бар балалардыңбілім беру ортасындағы әлеуметтік өзара әрекеттесуін жақсартуға және олардыңкүйзеліс деңгейін төмендетуге ықпал ететін тәсілдерді әзірлеу болып табылады.
ЖАЛПЫ БІЛІМ БЕРЕТІН МЕКТЕПТЕ ЗИЯТЫНДА БҰЗЫЛЫСЫ БАР ОҚУШЫЛАРДЫ ОҚЫТУҒА АРНАЙЫ ЖАҒДАЙ ЖАСАУДЫҢ ҰЙЫМДАСТЫРУШЫЛЫҚ-ӘДІСТЕМЕЛІК НЕГІЗІ
Authors: Рсалдинова А.К. , Аханова Ж.Б. , Ахмедиева К.Н.
Published: January 2025

Мақалада зиятында бұзылысы бар балаларды жалпы білім беретін мектепте оқытуда арнайы жағдайлар жасау мәселесі қарастырылған. Кешенді психологиялық-педагогикалыққолдау көрсету үшін арнайы сыныптарды ашуға ғылыми-зерттеу негіздемелері келтірілген. Негізгі мақсатқа зиятында бұзылысы бар балалардыңөмірлік дағдыларын дамыту бағыты алынды.
The Scenario Model Intercomparison Project for CMIP7 (ScenarioMIP-CMIP7)
Authors: van Vuuren Detlef , O'Neill Brian , Tebaldi Claudia , Chini Louise , Friedlingstein Pierre , Hasegawa Tomoko , Riahi Keywan , Sanderson Benjamin , Govindasamy Bala , Bauer Nico , Eyring Veronika , Fall Cheikh , Frieler Katja , Gidden Matthew , Gohar Laila , Jones Andrew , King Andrew , Knutti Reto , Kriegler Elmar , Lawrence Peter , Lennard Chris , Lowe Jason , Mathison Camila , Mehmood Shahbaz , Prado Luciana , Zhang Qiang , Rose Steven , Ruane Alexander , Schleussner Carl-Friederich , Seferian Roland , Sillmann Jana , Smith Chris , Sörensson Anna , Panickal Swapna , Tachiiri Kaoru , Vaughan Naomi , Vishwanathan Saritha , Yokohata Tokuta , Ziehn Tilo
Published: January 2025

Abstract. Scenarios represent a critical tool in climate change analysis, enabling the exploration of future evolution of the climate system, climate impacts, and the human system (including mitigation and adaptation actions). This paper describes the scenario framework for ScenarioMIP as part of CMIP7. The design process, initiated in June 2023, has involved various rounds of interaction with the research community and user groups at large. The proposal covers a set of scenarios exploring high levels of climate change (to explore high-end climate risks), medium levels of climate change (anchored to current policy action), and low levels of climate change (aligned with current international agreements). These scenarios follow very different trajectories in terms of emissions, with some likely to experience peaks and subsequent declines in greenhouse gas concentrations. An important innovation is that most scenarios are intended to be run, if possible, in emission-driven mode, providing a better representation of the earth system uncertainty space. The proposal also includes plans for long-term extensions (up to 2500 AD) to study slow climate change-related processes, and (ir)reversibility. This proposal forms the basis for further implementation of the framework in terms of the derivation of climate forcing pathways for use by earth system models and additional variants for adaptation and mitigation studies.
Exploring a high-level programming model for the NWP domain using ECMWF microphysics schemes
Authors: Ubbiali Stefano , Kühnlein Christian , Schär Christoph , Schlemmer Linda , Schulthess Thomas C. , Staneker Michael , Wernli Heini
Published: January 2025

Abstract. We explore the domain-specific Python library GT4Py (GridTools for Python) for implementing a representative physical parametrization scheme and the related tangent-linear and adjoint algorithms from the Integrated Forecasting System (IFS) of ECMWF. GT4Py encodes stencil operators in an abstract and hardware-agnostic fashion, thus enabling more concise, readable, and maintainable scientific applications. The library achieves high performance by translating the application into targeted low-level coding implementations. Here, the main goal is to study the correctness and performance portability of the Python rewrites with GT4Py against the reference Fortran code and a number of automatically and manually ported variants created by ECMWF. The present work is part of a larger cross-institutional effort to port weather and climate models to Python with GT4Py. The focus of the current work is the IFS prognostic cloud microphysics scheme, a core physical parametrization represented by a comprehensive code that takes a significant share of the total forecast model execution time. In order to verify GT4Py for numerical weather prediction (NWP) systems, we put additional emphasis on the implementation and validation of the tangent-linear and adjoint model versions which are employed in data assimilation. We benchmark all prototype codes on three European supercomputers characterized by diverse graphics processing unit (GPU) and central processing unit (CPU) hardware, node designs, software stacks, and compiler suites. Once the application is ported to Python with GT4Py, we find excellent portability, competitive GPU performance, and robust execution in all tested scenarios including with single precision.
Letter Writing to Promote Philosophical Reflection About Medicine
Authors: Daly Timothy , Teixeira da Silva Jaime A.
Published: January 2025

Letters to the editor (LTEs) are a versatile short-format forum with unique characteristics to allow for cross-pollination of different kinds of philosophical reflection about medicine. Philosophical LTEs have both benefits and possible drawbacks. We draw on a case study to warn against misuse through “CV inflation,” where low-quality ideas may favor a scholar’s publishing metrics more than scholarly debate. Factual inaccuracies in LTEs have implications for authors, publishing, and indexing, and we argue for prudence by editors and restraint by scholars, inviting them to focus on quality, rather than the quantity of LTEs published. When writing LTEs, rigor, readability, and relevance are needed.
Upaya Pembiasaan Literasi Terhadap Minat Baca Siswa SMPN 2 Jasinga Desa Cikopomayak
Authors: Mohamad Najib  , Siti Nurhasanah  , Eva Fuziah
Published: January 2025

The low reading interest of students today greatly affects the quality of the Indonesian nation, because
 
with low interest in reading, they cannot know and follow the development of science and information in the world, which in the end will have an impact on the backwardness of the Indonesian nation. Therefore, the application of literacy culture in schools should be implemented so that students have the habit and interest in reading. This study aims to motivate students to be more diligent and interested in the world of literacy and reading. This research uses quantitative methods, where we go directly to the field to find data. The result of this research is that there is a relationship or closeness between literacy and students' reading interest.
Membangun Etika dan Karakter pada Siswa SD di Desa Wanajaya melalui Kegiatan Edukasi
Authors: Kurniaji Kalfajrin , Alifa Zahra Restu , Daffa Amanda Hafizha
Published: January 2025

Elementary school education has an important role in the formation of individual ethics and character. In Wanajaya Village at SDN 1 Cipatat and SDN 2 Cipatat, the author identified problems regarding the process of developing students' ethics and character. This is caused by the lack of access for educators to educational materials. Students also have the freedom to access the internet via smartphone without parental supervision, thus making the situation worse. This is a concern for the author which requires intervention through educational programs. This program aims to provide students with an in-depth understanding of moral and ethical values ​​through interactive lecture methods, providing real examples and reflection. Collaboration between teachers, parents and the surrounding community is a crucial factor in creating a conducive learning environment. By implementing this education, ethics and character program, students are expected to not only excel academically, but also have good morals and ethics, in accordance with the national education vision which includes cognitive, affective and psychomotor aspects. It is hoped that this program can become a model for other villages with similar challenges, and ongoing evaluation will ensure its effectiveness in the long term
ANALISIS MANAGEMENT ADMINSTRASI PERTANIAN DI DUSUN CILUBANG, DESA BENCOY, KEC. CIREUNGHAS
Authors: Saimanda Febiol , Retna Ayu Wulandari  , Adang Badru Jaman  , Irpan Maulana
Published: January 2025

Berdasarkan laporan kegiatan yang telah dilaksanakan maka dapat disimpulkan mengenai aspek sekiranya dapat dipertimbangan mengenai analisis Sumber Daya Alam (SDA), Sumber Daya Manusia (SDM) dan potensi dalam aspek bidang pertanian di dusun Cilubang, Desa Bencoy, Kec. Cireunghas. Potensi sumber daya dusun cilubang memiliki potensi dibidang pertanian yang cukup tinggi, karena beberapa penghasilan hidup mereka bergantung pada hasil alam yang terdapat didusun cilubang. Dalam memanfaatkan Sumber Daya Alam (SDA) masyarakat perlu berdasar pada prinsip ekoefisiensi, artinya tidak merusak ekosistem. Pengambilan secara efisien dalam memikirkan kelanjutan Sumber daya manusia (SDM). Pertanian di desa bencoy salah satunya di dusun Cilubang pertanian yang berkelanjutan mereka punya tujuan untuk terwujudnya keberadaan Sumber Daya Alam untuk mendukung kesejahteraan terutama penghasilan mereka. Dari penjelasan diatas, kita dapat mengetahui dan memahami alangkah pentingnya menjaga Sumber daya alam dan memanfaatkan lahan pertanian juga belajar memanage Sumber Daya Manusia demi kelangsungan hidup jangka panjang.
PENGETAHUAN DAN SIKAP REMAJA TENTANG SEKS PRANIKAH DI MTS X DESA PENGAMBENGAN TAHUN 2024
Authors: Srititin Agustina Komang , Ayu Dwi Utami Ds Ni Kadek , Sintya Agustini Ni Rai
Published: January 2025

Pendahuluan: Masa remaja adalah masa transisi antara masa kanak-kanak dan masa dewasa. Masa transisi seringkali menghadapkan individu yang bersangkutan pada situasi yang membingungkan. Hal ini dapat menimbulkan konflik dalam diri remaja yang sering menimbulkan banyak tingkah laku yang aneh, canggung, dan kalau tidak dikontrol akan menimbulkan kenakalan pada remaja salah satunya berupa risiko perilaku seksual berisiko. Metode: Penelitian ini menggunakan pendekatan penelitian analitik cross-sectional untuk melihat hubungan antara tingkat pengetahuan remaja tentang kesehatan reproduksi dengan sikap seksual pranikah di MTS X Desa Pengambengan. Jumlah sampel penelitian adalah 80 yang didapat dengan metode purposive sampling Hasil: Sebagian besar responden (60%) berjenis kelamin perempuan dan sebagian besar responden (52,5%) berusia 16 tahun. Sebagain  besar pengetahuan responden mengenai kesehatan reproduksi remaja termasuk dalam kategori baik yaitu 53,8%. Sikap responden terhadap seksual pranikah sebagian besar menunjukkan sikap yang positif yaitu sebanyak 52,5%. Berdasarkan hasil uji chi square diperoleh nilai p-value 0,000 yang berarti ada hubungan yang signifikan antara tingkat pengetahuan kesehatan reproduksi remaja dengan sikap seksual pranikah. Simpulan: Pengetahuan yang baik tentang seksualitas dan pranikah penting bagi remaja dalam membuat keputusan yang bijaksana dan bertanggung jawab terkait dengan perilaku seksual mereka.
Processes for preparing a workpiece for piercing on a cross-rolling mill
Authors:   Ukrainian State University of Science and Technologies, Bilodidenko S. V. , Mazur I. A. ,   Ukrainian State University of Science and Technologies, Dobriak V. D. ,   SE “Ukrainian institute for designing iron and steel works”, Uhriumov D. Yu. ,   LLC “Marine Survey Company”, Uhriumov Yu. D. ,   SE “Ukrainian institute for designing iron and steel works”
Published: January 2025

The operation of centering the front end of the workpiece, which reduces the heterogeneity of the front ends of sleeves and pipes, is widely used to improve the process of cross-roll stitching of workpieces. The preparation of the workpiece by profiling the conical section at its front end was not used in practice due to the lack of reliable technical solutions. Based on the analysis of the well-known processes of preparation of blanks for stitching on a skew rolling mill, it was established that the most effective is the complex preparation of the front end of the blank, which includes profiling and centering. From the processes of preparing the workpiece for stitching, namely: centering the front end and profiling the front end, only centering is widely used. Profiling of the front end of the workpiece is practically not used on pipe rolling units. Moreover, the joint application of these two processes in practice is not known. The purpose of this article is the development of technology and equipment for the complex preparation of the front ends of the blanks before stitching on a skew-rolling machine by profiling the end of the blank in a conical matrix and centering its front end. The proposed design of the site with equipment for complex preparation of the workpiece for stitching, which allows this preparation to be carried out in different positions when using several sizes of workpieces in diameter. The power parameters of pressing the workpiece into a conical matrix and centering by inserting a punch have been determined, and hydraulic cylinders have been selected for force impact on the workpiece from its front and rear ends. The results of the research can be recommended for the preparation of blanks for stitching on a skew-rolling machine of pipe-rolling units with a blank diameter of up to 200 mm. The implementation of the technical solutions proposed in this article will improve the conditions of gripping at the piercing stage and increase the accuracy of sleeves and pipes due to the reduction of the heterogeneity, which will reduce the level of the metal consumption coefficient.
Reduction of the content and size of non-metallic inclusions in strip rolled low carbon steel
Authors:   PJSC “UKRNAFTA”, Zotov D. S. , Niziaiev K. H. ,   Ukrainian State University of Science and Technologies, Uzlov O. V. ,   Iron and Steel Institute of Z. I. Nekrasov National Academy of Sciences of Ukraine, Puchykov O. V. ,   Iron and Steel Institute of Z. I. Nekrasov National Academy of Sciences of Ukraine, Shpak O. A. ,   Iron and Steel Institute of Z. I. Nekrasov National Academy of Sciences of Ukraine
Published: January 2025

Reducing the number of non-metallic inclusions in finished rolled products during smelting and processing of high-quality steel is an urgent problem for all global metallurgical enterprises. Results of low carbon steel quality improvement by non-metallic inclusions cleaness parameters at Ukrainian steel plant are shown. Deoxidation of semi-product with large quantity of aluminium during tapping leads to formation of vast variety of oxide inclusions. Bigger ones coagulate and assimilate into slag. Smaller inclusions of herzenite, mulit and magnesium spinel usually stay in liquid steel. Complete elimination of smaller non-metallic inclusions during ladle furnace treatment is rather difficult. In order to decrease size and quantity of alumina and silicate non-metallic inclusions one should provide oppression of these complex inclusions formation during steel tapping from converter to the ladle. This could be achieved by creating thermodynamical conditions for complete transfer of non-metallic inclusions into slag. Another way is to change aluminium for alternative deoxidisers which do not pollute steel. Steel deoxidation with help of calcium or carbon may allow to decrease quantity of alumina non-metallic inclusions drastically because of positive effect on their solubility in liquid steel as well as redundant oxygen removal as a gas in CO and CO2 compounds. Effect of calcium carbide preliminary deoxidation during pouring of the semi-finished product from the oxygen converter on the content of non-metallic inclusions in flat rolled product has been analyzed. Non-metallic inclusions severity level number has been made according to DSTU 8966:2019. Technology of steel deoxidation during converter tapping has been improved. It has been shown that the partial replacement of aluminium with calcium carbide during deoxidation of steel at the final stage of smelting allows to reduce content of non-metallic inclusions in low-carbon flat rolled strip product.
Modeling the operation of the hydraulic brake of the forholler feeding apparatus of the pilger rolling mill
Authors:   Ukrainian State University of Science and Technologies, Bilodidenko S. V. , Mazur I. A. ,   Ukrainian State University of Science and Technologies, Dobriak V. D. ,   SE “Ukrainian institute for designing iron and steel works”, Uhriumov D. Yu. ,   LLC “Marine Survey Company”, Uhriumov Yu. D. ,   SE “Ukrainian institute for designing iron and steel works”
Published: January 2025

The feeder is one of the main parts of the equipment of the pilgrim mill, the work of which determines not only the productivity, but also the quality of the pipes that are rolled. One of the main problems of working feeders is insufficient braking of the moving masses when setting the sleeve on the mandrel in the rolls of the pilgrim loom, which leads to a significant speed of meeting the sleeve with the rolls, which reaches 1–2 m/s. This significantly increases dynamic loads in the main line of the mill and limits its performance. A common disadvantage of known braking devices is the pulsed increase in fluid pressure in the hydraulic brake. The purpose of the work is to minimize the braking force of the moving parts of the fore-holler within the limits of permissible accelerations, distance and time. In operation, the minimization of the braking force is achieved due to the constancy of the fluid pressure in the braking chamber of the hydraulic brake throughout the entire braking path. Two versions of the hydraulic brake are considered, in which the kinetic energy of the moving parts during braking is absorbed by the work of friction of the brake fluid when it flows from the braking chamber into the water chamber. In the first variant, the flow of fluid from the brake chamber to the water chamber is carried out through throttling channels in the body of the spindle. In the second variant, the fluid flows through a variable annular gap, which is formed by the cylindrical surface of the braking sleeve and the curved surface of the spindle in the braking area. The profile of the throttling channels and the curved surface of the spindle is approximated by straight lines, which greatly simplifies their manufacture. Profiles of channels and curvilinear formers for all pipes that are rolled are close enough to each other, which allows the entire assortment to be divided into two groups and for each group to assign one profile of channels or curvilinear formers. With the help of hydrodynamic theory, two versions of the hydraulic brake were simulated and their advantages and disadvantages were determined. The braking device according to the first variant has the advantage that the spindle and the braking sleeve are centered on the contact surface, but has the disadvantage that it is more labor-intensive to manufacture than a spindle with conical surfaces in the braking area.To check and clarify the results obtained in the work, it is necessary to carry out physical simulation of the operation of the hydraulic brake according to two options.
To the 85th anniversary of Iron and Steel Institute of Z. I. Nekrasov of National Academy of Sciences of Ukraine
Authors:   Iron and Steel Institute of Z. I. Nekrasov National Academy of Sciences of Ukraine, Babachenko O. I. , Parusov E. V. ,   Iron and Steel Institute of Z. I. Nekrasov National Academy of Sciences of Ukraine, Harmash L. I. ,   Iron and Steel Institute of Z. I. Nekrasov National Academy of Sciences of Ukraine
Published: January 2025

In 2024, the Iron and Steel Institute of Z. I. Nekrasov of NAS of Ukraine (ISI) celebrates the 85th anniversary of its foundation. Over the years, the ISI has become the leading scientific and research center of ferrous metallurgy in the country, its specialists have created and implemented in industry a multitude of developments, inventions, technical and technological solutions. A number of the most large-scale works have been awarded the State Prizes of the USSR and Ukraine in the field of science and technology. The Institute has created large scientific schools in the field of iron metallurgy, steel and rolling production, non-furnace processing of iron, heat treatment of steel and metallurgy, physicochemical and heat and mass transfer processes, mechanical engineering and control and management systems for technological processes. Their interaction provides a comprehensive solution to the problems of increasing the efficiency of metallurgical production, improving product quality, resource and energy conservation. The article presents the main stages of the formation and development of ISI, presents the main scientific achievements in different periods of its history, which have always been aimed both at the development of fundamental metallurgical science and at the introduction of new technologies and materials into industry. Despite the rather difficult recent years, the Institute has managed to retain a highly qualified scientific team and continue and develop research in the most relevant areas of development of world metallurgy, such as decarbonization of metallurgical production, development of new technologies for complex heat, thermomechanical and cryogenic treatments of steel products, research into the structural state and the influence of structural heredity on the mechanical properties of finished products during 3D printing, etc. The activities of the Institute's team are aimed at developing the scientific and technical potential of Ukraine, training new generations of researchers and introducing innovations aimed at increasing the efficiency of metallurgical production. By conducting research in the field of metallurgy and materials science, ISI’s scientists contribute to the development of fundamental sciences, expand the horizons of scientific research, enable us to set ambitious goals and adequately respond to the difficult challenges of today.
The Application and Exploration of Cloud Computing in the Collaborative Cultivation of Embedded Network Security Talents between Schools and Enterprises
Authors: Jian Li
Published: January 2025

With the rapid development and popularization of network technology, network security issues have become increasingly complex and diverse, and their importance has become more prominent. The demand for high-quality and specialized cybersecurity talents has sharply increased. Through embedded network technology, more intelligent and integrated network defense systems can be built, which can be tightly integrated into network devices to achieve real-time monitoring and automatic response, significantly enhancing the security defense capabilities of network systems. This article proposes an innovative cloud based collaborative training model between schools and enterprises, which integrates the characteristics of embedded network technology. This model utilizes the flexibility and scalability of cloud computing to build a comprehensive talent development platform that covers theoretical teaching, embedded system practice, and network security assessment. On this platform, we utilize cloud computing resources to build a highly simulated network environment. And integrate embedded network devices to simulate real attack and defense scenarios, providing students with a realistic learning experience.
Automated Analysis and Optimization Strategies for University Financial Budget Management Based on Big Data
Authors: Jun Liang
Published: January 2025

With the development of the world economy, the number of universities is showing a trend of diversified development, and the scale and mode of education are also constantly changing. From the perspective of financial shared services, this paper deeply analyzes the necessity, feasibility, and feasibility of optimizing the current financial management model in universities, and proposes corresponding suggestions from multiple dimensions. Optimize financial management mode through big data analysis technology and achieve informationization of financial management. This provides assistance for universities to make up for financial management deficiencies, enhance risk defense capabilities, and improve information transparency, as well as new ideas for private universities to improve the quality of cross regional education.
Research on Key Information of University Sports Safety Based on Computer Information Analysis Technology
Authors: MengDie Guo
Published: January 2025

Introduction: Environmental pollution has seriously affected all areas of society and life, prompting people to pay attention to environmental protection. Then, ecological sports began to be attractive.
Objectives: This paper studies the evaluation standard of sports living environment in universities from the perspective of ecology. In this paper, through questionnaire survey, computer retrieval research, expert survey and consultation, mathematical statistics and other research methods and means, the current situation of ecological sports in universities is discussed.
Methods: Based on the reality of the development of ecological sports in universities, this paper applies the scientific development concept to construct the current situation and trend of the development of ecological sports in universities.
Results: The results show that the development of ecological sports curriculum in universities is not perfect, the ecological sports is not standardized, and there is a lack of special research on the development of ecological sports in  universities.
Conclusions: The results of this paper can provide some reference for the research on the evaluation standard of sports human settlements in universities by the ecology perspective.
Key Data Collection and Research on Improving the Health Status of Volleyball Players
Authors: Lanfang Li
Published: January 2025

Introduction: The disease of the end of the patellar tendon, also known as "jumping knee", is one of the common causes of prepatellar pain
Objectives: This study aims to investigate the clinical observation on the effect of shock wave therapy on volleyball players' patellar tendon terminal disease.
Methods: Both groups of athletes were involved in one knee. 33 patients in SWT group, including 30 males and 3 females, aged from 22 to 24 years old, with an average age of 23 years and a course of 3 to 5 months. 37 cases in the control group were treated with brace fixation and ion-electroosmosis therapy, including 32 males and 5 females, aged from 21 to 25 years, with an average age of 24 years, and the course of disease was 3 to 6 months. There was no significant difference in age, sex and course of disease between the two groups (P>0.05), which was comparable. There were 46 cases in ESWT group, including 43 males and 3 females. The age ranged from 23 to 29 years, with an average of 25 years. The course of disease was 1 month to 2 years; 36 cases in the control group were treated with physical factor therapy, including 32 males and 6 females, aged 21-27 years with an average of 24 years, and the course of disease was 2 months to 2 years. There was no significant difference between the two groups in terms of age, gender, course of disease, pain score and MRI stage (P>0.05).
Results: Both groups of athletes received a 12 month clinical evaluation. There was no significant difference in scores between the two groups before treatment (P>0.05). At 1,3,12 months after treatment, VAS pain score, VISA score and RM score were significantly improved compared with those before operation (P<0.05); SWT group was superior to the control group (P<0.05). The therapeutic effect of EWST group was significantly different from that of physical group. According to the joint function recovery and VAS pain score, the treatment effect in ESWT group was significantly lower than that in physical group after treatment (P<0.05). During follow-up, only 2 patients in ESWT group recurred, while 7 patients in physical group recurred. The recurrence rate in physical group was significantly higher than that in EWST group.
Conclusions: In volleyball or basketball players, carbon terminal disease is more common, with a incidence rate of 34.6% - 41.3%. A number of clinical studies have shown that ESWT is effective in the treatment of muscular dystrophy. Peers and other patients compared the clinical effects of surgical treatment and ESWT treatment for the terminal cluster disease. The results showed that: after 6 months of follow-up, the VAS pain scores of the two groups of patients were significantly improved compared with those before surgery, but the patients in the operation group needed braking for an average of 6.1 weeks after surgery, while the patients in the ESWT group did not need braking after treatment. Therefore, compared with surgical treatment, the early quality of life of patients treated with ESWT was higher.
Construction and Analysis of Data Security System for Changes in Physical Fitness of College Students
Authors: Zonghai Zhu
Published: January 2025

Introduction: With the accelerated pace of modern life, sub-health has gradually become a threat to the health of contemporary people. In the busy life, people not only have their physical conditions, but also their moral cultivation and ideal pursuit in their spiritual life are gradually indifferent.
Objectives: This study aims to investigate the training methods of national traditional sports under the model of combination of sports and medicine.
Methods: 217 college students, including 60 boys and 157 girls. The subjects were divided into two groups. The experimental group used traditional ethnic sports. The control group did not take traditional ethnic sports. Functional indicators (pulse, systolic blood pressure, diastolic blood pressure and swelling volume at rest), quality indicators (pull up, sit up, standing long jump, 50m, 800m and 1000m) and derived indicators (body mass index, vital capacity body mass index, Vilvik index and Bellak index) and other indicators of body shape, physiological function and sports skills are measured after one week.
Results: The experimental data shows that after a year of traditional national sports practice, the students' pull up (male) and sit up (female) performances have improved to a certain extent, while the standing long jump, 50 meters, 800 meters (female), 1000 meters (male) and other performances have improved significantly, especially in long-distance running. This not only proves that national traditional sports can significantly promote the overall function of the human body, but also indicates that national traditional sports can improve the sports skills and physical flexibility of the human body.
Conclusions: After a year of national traditional sports training, the physical morphology, physiology and sports indicators of 217 non sports major college students before and after the training were sorted out and analyzed. The experimental results show that the national traditional sports make the body shape of college students tend to be normal, the cardiorespiratory function is significantly strengthened, and the physical flexibility and sports function are significantly improved, which has a significant impact on the physical function quality of college students.
Mitigating Financial Fraud and Cybercrime in Financial Services with Security Protocols and Risk Management Strategies
Authors: K P N V Satyasree
Published: January 2025

This present study demonstrates the new methods of preventing financial fraud and cybercrime with the integration of blockchain technology in finance services from a regulatory framework, such as GDPR and PCI DSS. Blockchain provides decentralized and immutable ledger qualities which add to transparency and security in transactions, while GDPR and PCI DSS ensure strict compliance with standards for data protection. The proposed approach demonstrates a significant advantage in fraud detection, reduction of data breaches, and compliance efficiency and offers a robust framework for securing financial services in the digital era.
Design and Verification of Intelligent Driving Braking Energy System Based on Model Predictive Control
Authors: Jun Wang
Published: January 2025

Given that the actual endurance Mileage of the vehicle is much lower than the theoretical endurance Mileage under the traditional intelligent driving mode, this paper develops an Adaptive Cruise Control (ACC) model based on dynamic predictive time-domain management. The developed Adaptive Cruise Control model is not only considering actuator efficiency and time delay, but also improving system safety by predicting the vehicle's motion state. This paper also verifies the feasibility of the Adaptive Cruise Control Model through simulation conditions by building a hardware in the loop simulation test platform based on Carsim/Veristand/MATLAB. It will use test platform conducting virtual simulations of cruise control acceleration, deceleration, and stopping to verify the effectiveness and accuracy of the intelligent driving system based on model predictive control. It also compares and verify the system designed in this paper on a real vehicle with the operating conditions of adaptive cruise control, start && stop, and China Light-duty Vehicle Test Cycle (CLTC). It turns out that the overall comprehensive endurance Mileage of intelligent driving was improved by 17.5% after adding energy recovery mode. And energy consumption reduces by 1.75 kwh per 100 kilo meters. The braking deceleration process is more linear, with a comfort level improvement of 6.46%, an average deceleration reduction by 0.2m/s2, and an average reduction of 4bar in maximum braking pressure, further avoiding braking energy loss.
Deep Learning-based Multi-Scenario Forecasting of Beijing's Energy Footprints
Authors: Jianjun Wang
Published: January 2025

In the context of ‘dual carbon’, China's economic and social progress is gradually transitioning from a high-speed growth mode to a high-quality growth mode, and it is particularly important to promote the green and low-carbon energy transition and the high-quality development of energy. As the political and cultural centre of China, Beijing needs to play an exemplary leading role, and predicting the development trend of Beijing's energy footprint is of good research value. Taking Beijing as the research object, this paper firstly accounts for the energy footprint in the past years, and then quantitatively analyses the impact of influencing factors on the change of energy footprint based on the LMDI model. Finally, a forecast model based on GRU deep learning neural network was constructed, three scenarios were set up, and the time of peak energy footprint was predicted for each scenario. The results show that the four factors of energy consumption structure, energy consumption intensity, economic development level, and population size all have influence on the energy footprint of Beijing, and that the energy footprint of Beijing will peak in 2026 under the baseline scenario, with the two scenarios of low-footprint and high-footprint advancing or delaying the time.
Virtual Emotional Experience System Based on Improved Genetic Algorithm
Authors: Wenjie Guo
Published: January 2025

One of the most important reasons why ruin aesthetics has not become a system is "emotion". The "beauty of ruins" is not only a form of beauty, but also a space with historical and cultural value. This paper combines the virtual emotion technology to apply the beauty experience of the ruins to the virtual design to improve the immersion of the virtual emotion experience system. Moreover, this paper uses the improved genetic algorithm to estimate the model parameters, and combines the corresponding 3D software face generation technology to realize the control of virtual face expression. In addition, this paper establishes an emotional interaction system for virtual humans, and integrates the beauty of the ruins into the design. Finally, this paper combines experiments to verify that the system constructed in this paper meets the actual needs of system design.
Driver's Personal Emotion Recognition for Intelligent Cockpit of New Energy Vehicles
Authors: Yuhong Chen
Published: January 2025

New energy vehicles pay attention to the development of intelligent driving technology, which requires high human-computer interaction technology. Therefore, this paper studies the emotion recognition of intelligent cockpit of new energy vehicles, so as to promote the emotion regulation of intelligent driving on drivers and assist drivers to complete driving behavior more efficiently and safely. In order to ensure that the angry driving data can be organically combined with the overall architecture of intelligent vehicles, the motion preview model based on integrated direction and speed control can make real-time decisions according to the vehicle motion state and current traffic information, and feedback the decision information to the vehicle control module. Based on this model, the driver's anger characteristics are considered. In addition, this paper proposes a multimodal driver emotion recognition model MDERNet based on facial expression and driving behavior. It filters and highlights the data of driving behavior modes through the temporal attention obtained from facial expression modes, so as to realize information fusion among multiple modes at the input information level. Finally, through the results of experimental research and analysis, we can see that the driver's personal emotion recognition proposed in this paper has a good effect.
Securing Cardiovascular Data: A Cybersecurity Framework for Myocardial Infarction Prediction Systems
Authors: Shridevi K. Jamage
Published: January 2025

This paper proposes a cybersecurity framework to enhance security with no impact on functionality compared to prior Myocardial Infarction prediction systems. Tampering and integrity violations of the sensitive cardiovascular data will be protected from unauthorized access using AES-256 encryption and multi-factor authentication with anomaly detection. Myocardial Infarction prediction through the use of predictive models such as Random Forest, SVM, and logistic regression proves to be quite accurate and robust. Results showed that the framework can successfully avoid attacks under acceptable prediction accuracy while meeting both requirements of data security and system performance.
Design and Implementation of College Students' Physical Health Data Analysis System Based on Multiple Computing Big Data
Authors: Huizhong Zhang
Published: January 2025

Personal comprehensive quality has always been the main goal of higher education. The rational use of all kinds of data in Colleges and universities can enhance students' macro and micro understanding, and make their group characteristics include individual characteristics. Based on the health data of college students, this paper designs and implements a data collection, management and application integrated student physical health data system. Based on the analysis of the necessity of applying big data to the management of students' physical health information, this paper explores the design of students' physical health information management system under the environment of big data. In this paper, multi computing big data technology is used to improve the previous data clustering algorithm, which is more efficient. The experimental results show that the data accuracy of the method used in this paper is better, and the data proficiency is faster. This method has a certain reference value for the research of students' physical health data system.
Design and Implementation of Sports Safety Mechanics Signal Monitoring System in Sports Training
Authors: Liu Siyuan
Published: January 2025

Human movement is closely related to human health and has been widely concerned. With the development of sports biomechanics and anthropometry, people's research on human motion is becoming more and more in-depth. The complexity of human physiological structure determines that human motion research needs the intersection of many disciplines, and its application range is very wide. This paper studies the relationship between sports biomechanical parameters. Through the measurement and analysis of sports biomechanical parameters, this paper analyzes the law of human movement. Based on the performance test of the system, this paper carries out the experiment of motion measurement, and applies it to the control of computer games for reliability test. The research results can provide theoretical guidance for human posture recognition and sports training.
Information Security in the Market-Oriented Operation of The "Yixin Europe" China Europe Freight Train Based on Improved ESN Algorithm
Authors: Binbin Song
Published: January 2025

In order to improve the scientific of the market-oriented operation mechanism of "Yi-Xin-Europe" China-Europe train, this paper combines intelligent methods to analyze the market-oriented operation mechanism and implementation strategy of "Yi-Xin-Europe" China-Europe train. This paper presents the mathematical principles and algorithm flow of two online training algorithms, ESN-LMS and ESN-RLS. Moreover, this paper designs a set of experiments to verify the good nonlinear approximation ability of ESN, and uses the classical ridge regression algorithm and two online training algorithms to predict the Mackey-Glass nonlinear time series. In addition, this paper applies the improved algorithm to the market-oriented operation mechanism of "Yi-Xin-Europe" China-Europe train. Through experimental research, we can see that the market-oriented operation mechanism of "Yi-Xin-Europe" China-Europe train proposed in this paper has a good effect.
Research on Economic Growth Factors of Support Vector Machine Algorithm Based on Intelligent Network Security
Authors: Yanxin Zhang
Published: January 2025

Economic fluctuations affect financial development and even national development trends. A variety of forecasting methods are generally used to demonstrate the rationality and scientificity of economic development guidelines and policies. Among various forecasting techniques, the combination of Error Correction Model (ECM) and Support Vector Machine (SVM) is the most representative and effective. This paper introduces the basic principles and application methods of ECM and support vector machine (SVM) methods, applies this forecasting technology to the research of financial development and economic fluctuation factors, and finally explores the factors affecting economic growth.
Analysis of the Discipline System Model of Scientific Information Technology Based on Big Data Mining Algorithms
Authors: Min Liu
Published: January 2025

In order to improve the construction effect of the subject system of the history of science and technology with Chinese characteristics, this paper combines the big data technology to build the subject system of the history of science and technology with Chinese characteristics. This paper proposes a maximum point finding probability algorithm for massive point set data, and proves the reliability of the algorithm. Moreover, this paper introduces matrix distance and objectively weights the comprehensive evaluation results of different years. In addition, this paper conducts simulation experiment research with algorithm, and verifies the effect of the subject system model of the history of science and technology with Chinese characteristics based on big data technology. The research results show that the subject system model of the history of science and technology with Chinese characteristics based on big data technology proposed in this paper can play an important role in the construction of the subject system of the history of science and technology with Chinese characteristics.
Research on Information Security Human Resource Innovation Management Based on Deep Learning Algorithms
Authors: Chongyou Ruan
Published: January 2025

In order to improve the effect of enterprise human resources training, this paper combines deep learning technology to construct an innovative system of enterprise human resources training. Aiming at the linear human resource training information diffusion equation, a new numerical calculation method is constructed by combining the point interpolation meshless algorithm with the characteristic line method. Afterwards, this paper presents the algorithm derivation for the one-dimensional and two-dimensional problems of the linear human resource training diffusion information equation. Finally, this paper discusses and proves the unique existence of solutions to the one-dimensional linear HR training diffusion equation. The simulation analysis results show that the enterprise human resources training system based on deep learning proposed in this paper can effectively improve the effect of human resources training.
Construction of English Teaching Model Based on Cloud Service Information Security Platform
Authors: Yanhua Hao
Published: January 2025

In order to improve the effect of cross-cultural teaching for international students, this paper combines the cloud service platform to conduct research on cross-cultural teaching of international students. Based on the time-triggered sampling mechanism, the sampling interval is shortened and the sampling frequency is increased, thereby increasing the synchronization of the entire system. Moreover, aiming at the assumption of complex overlapping asynchronous time periods, a mathematical model for switching under complex asynchronous conditions in this paper is given, and then the mathematical model of the filter based on the event-triggered sampling mechanism is given, and the filtering error system is obtained.The research shows that the cross-cultural teaching system for international students based on the cloud service platform can effectively improve the efficiency of cross-cultural teaching.
Construction of a Network Security Platform for Chinese Online Education Based on Ant Colony Algorithm
Authors: Ling Liu
Published: January 2025

In order to improve the quality of Chinese language and literature online teaching, this paper combines cloud computing and ant colony algorithm to build a Chinese language and literature online teaching platform. By analyzing the advantages and disadvantages of PSO algorithm and ACO algorithm, this paper proposes a PSACO2 algorithm that combines the advantages of both. In order to use ant colony algorithm to schedule cloud computing tasks, it is necessary to abstract all resource nodes into a directed complete graph. In addition, on the basis of the improved algorithm, a Chinese language and literature online platform based on cloud computing and ant colony algorithm is constructed. Through the experimental research, it can be seen that the Chinese language and literature online platform based on cloud computing and ant colony algorithm proposed in this paper can effectively improve the online teaching effect of Chinese language and literature.