bluuebunny/crossref_metadata_2025 huggingface dataset:
Research on the Application of Technology in the Protection of Intangible cultural heritage in Mixed Reality
Authors: Zheng Zewei
Published: September 2023

Jingzhou Flower-drum opera is one of the well-known operas in Jianghan Plain, Hubei Province, and was also included in the first batch of national Intangible cultural heritage list in 2006. Jingzhou Flower-drum opera has a long history, but with the rapid development of the digital era and the impact of emerging culture, Jingzhou Flower-drum opera has also encountered an irresistible inheritance crisis. As the further development of virtual reality technology, hybrid reality technology has attracted many young people's interest in its interactivity and creativity. Secondly, as an emerging industry, hybrid reality technology has a certain degree of progress in the times, and it also has a certain degree of agreement with the protection of Intangible cultural heritage. This paper will elaborate on the development of hybrid reality technology and the current protection situation of Jingzhou Flower-drum opera, analyze the difficulties and solutions currently facing, and discuss the inheritance and development of traditional Intangible cultural heritage from the perspective of how intangible cultural heritage survives in the digital era and how to integrate with hybrid reality technology.
Discussion on the Form Design of Public Field Buildings
Authors: Zhu Zhewen , Yang Yuyi , Wang Jiawen
Published: September 2023

In recent years, with the continuous development of The Times, especially the continuous improvement of people's consumption level, the form of architecture has gradually attracted attention. People's requirements for architecture are not limited to functionality and practicality, but also gradually improve aesthetic requirements. In the context of social development, low carbon, environmental protection and green design started into the limelight, "adhere to the harmonious coexistence between man and nature", "garden city, livable city", "city" sponge concept of green ecological city began to concern, such as urban park design, the author of this paper, from the perspective of the architectural form, application of public field construction, Public field in the design of architectural form, not only should consider the practicability of building, also should consider other aspects related to construction, should be content in the public field in the design of architectural form and reasonable application, at the same time building relationships with the local humanities consciousness and environmental awareness and should not be ignored, should go to search and a large amount of information about the region with the most appropriate way, According to people's feelings and consciousness or local environmental conditions, to design buildings and surrounding buildings, so as to achieve coordination between people and the environment, complement each other.
Research and Application of Cultural Travel Image Design in Qujialing Cultural Publicity
Authors: Li Shangyang , Chen Ye
Published: September 2023

With the increasingly rich lives of urban and rural residents and the increasing pursuit of a better life, the cultural and tourism industries have ushered in an era of integrated development. The cultural and tourism IP comes from this, integrating the local historical background or excellent historical culture with the local tourism industry through personalized and contemporary expression techniques. This article delves into the unique material and spiritual cultures of Qujialing, forming local cultural and tourism illustrations and IPs, promoting the integration of Qujialing culture and tourism. Through the promotion and application of Qujialing cultural and tourism illustrations and IPs, Qujialing culture is known to more people and more tourists are willing to come to Qujialing for tourism. At the same time, it drives the development of Qujialing's characteristic agricultural and sideline products and local tourism industry.
Recent progress of wearable and implantable sensors for mobile health
Authors: Yang Hanxiong
Published: September 2023

With the multidisciplinary development of biomedicine, materials science, control science, and communication technology, the wearable devices market is developing rapidly. Flexible sensors are a core component of wearable devices. From monitoring to preventing diseases and being used in clinical trials to improve medical outcomes, the applications of sensors in the medical field are rapidly expanding. This paper will discuss some of the new medical applications of flexible sensor devices and summarise the progress in advanced medical research and development potential of the devices. Firstly, the paper discusses an overview of background information on wearable devices and sensors. This is followed by an overview of the materials used to manufacture flexible sensors. These are polymers, carbon-based materials, and hydrogels. Then, it compared the unique advantages of flexible sensors in terms of two modes which include in-vivo sensing and in-vitro sensing. Finally, the paper presents the current opportunities and possible future challenges for the sensor market.
Materials and structural designs for electronic skin
Authors: Zhang Zherong
Published: September 2023

Skin is an essential organ of human body for sensing external changes, such as pressure, temperature, and humidity. Thus, using electronic skin (e-skin) to simulate the functions and properties of real skin has become significantly important in the realm of soft electronics. The primary obstacle in the advancement of e-skin lies in achieving stretchability and flexibility while maintaining high performance. To overcome this obstacle, researchers have developed various materials and structures with distinct properties. This paper provides a comprehensive overview of the evolution of e-skin and technological advancements in materials, including CNT-based materials, graphene-based materials, polymer-based materials, and other novel materials. The paper also delves into novel structures such as wavy structures, island-bridge structures, fractal-inspired structures, and kirigami structures that promote the development of stretchable e-skin. In addition, this paper briefly summarizes the promising properties that further advance the performance of e-skin.
Exploration of mechanical engineering equipment management and maintenance strategies
Authors: Wang Yaoyao , Wang Jun , Ma Suchang , Jiao Xiang , Wang Haifeng , Pu Wenying
Published: September 2023

The management and maintenance of mechanical engineering equipment is critical to the proper operation and productivity of a business. The purpose of this paper is to discuss strategies for the management and maintenance of mechanical engineering equipment, including aspects such as preventive maintenance, breakdown repair and performance monitoring. Through reasonable management and maintenance methods, the reliability and extended service life of equipment can be improved, failure rates and maintenance costs can be reduced, production efficiency can be improved and sustainable development of enterprises can be supported.
Study on monitoring infusion rate based on computer vision
Authors: Yu Qingchen
Published: September 2023

A computer vision based infusion monitoring method and system is proposed to solve a series of technical problems such as inconvenient use of the existing infusion monitoring system. The technical scheme includes video capture module, voice alarm module and main control module. The video capture module is used to collect the real-time image information of the drip pot part of the infusion equipment and transmit the collected image information to the main control module. The main control module processes the image information transmitted by the video capture module, uses the computer vision principle and self-designed algorithm to judge the real-time flow rate of the infusion equipment, judges whether the infusion is completed according to the preset conditions, and timely controls the voice alarm to give an alarm. The system uses computer vision technology to accurately judge whether the infusion equipment has completed infusion and give an alarm. It is simple to use, does not hinder traditional manual monitoring, and provides convenience for unattended patients, patient families, and nurses.
Research on GGDP Accounting Systems Based on The Entropy Weight Method and Coefficient of Variation Method
Authors: Song Xinyi , Li Yitong , Zou Yujie
Published: September 2023

GDP is a standard indicator of economic development. However, it ignores resource consumption and other factors and does not effectively reflect the inherent defects of the economic growth level. To comprehensively measure the sustainability of economic and environmental conditions, this paper, based on the GDP accounting system, considers resource consumption and environmental pollution in the development process and establishes the GGDP accounting system reflecting sustainable development. Specifically, this paper defines GGDP and analyzes four direct and three indirect influences of GGDP on environmental consumption cost. It uses the entropy weight method - coefficient of variation method to build the GGDP optimization model and finally gets the direct factor weight of 0.522 and indirect factor weight of 0.478.
Understanding the effect of functionalization on mechanical properties of carbon nitride reinforced epoxy composites from molecular level
Authors: Ding Qiuyue , Ding Ning , Guo Wenyue
Published: September 2023

In this work, molecular dynamics (MD) simulations were performed to explore the effects of hydroxyl functionalization on the mechanical properties of carbon nitride (C3N) reinforced epoxy composites. Pristine C3N and hydroxy-functionalized carbon nitride (C3N-OH) reinforced epoxy composites were constructed. Results show that the existence of hydroxyl can significantly improve the tensile and compressive mechanical properties of epoxy/C3N composites. The tensile yield strength of C3N-OH reinforced epoxy composite enhanced about 81% compared with that of pristine C3N reinforced epoxy composite. The root mean square displacement (MSD), interaction energy and free volume distribution of the two models were calculated to understand the reinforcing mechanism. This work promotes the application of two-dimensional C3N in enhancing the mechanical properties of epoxy.
Q-Learning: Applications and Convergence Rate Optimization
Authors: Liu Peiyi
Published: September 2023

As an important algorithm of artificial intelligence technology, Q-learning algorithm plays a significant part in a number of fields, such as driverless technology, industrial automation, health care, intelligent search, game, etc. As a classical learning algorithm in reinforcement learning, with the help of an experienced action sequence in a Markov environment, an agent can learn to select the best course of action using the model-free learning technique known as Q-learning. This paper mainly discusses the addition of received signal strength (RSS) to the Q-learning algorithm to navigate unmanned aerial vehicle (UAV), summarizes the main content and results of the neural Q-learning algorithm helping UAV avoid obstacles, adaptive and random exploration (ARE) method is proposed to address the issue in UAV planning a route tasks, summarizes the content and results of route designing of moving robot using obstacle characteristics as Q-learning states and actions, the Q-learning algorithm employs a novel exploration technique that combines ε-rapacious exploring with Boltzmann theory. to help mobile robot to plan its path, and analyzes the convergence speed of the algorithm for planning a route of stage Q-learning and the path planning algorithm of traditional Q-learning. When there are many states and actions, the operation efficiency of the Q-learning algorithm will be greatly reduced, so it is necessary to study in depth how to reduce the operation time of the algorithm for Q-learning and increase the convergence velocity of algorithm for Q-learning.
Random Forest-TOPSIS Based Light Pollution Evaluation System
Authors: Zou Sizhe , Zhang Jingting , Li Lingzhi
Published: September 2023

Economic development inevitably brings many negative problems, among which the negative impact of light pollution is growing and attracting the attention of more and more scholars. To establish a light pollution evaluation system, in this paper, through the three main of light pollution, i.e., glare, light spillover, and light infringement, the formulae for calculating the three were obtained through research papers in this field and evolution of advanced scholars, and the weights of different indicators were obtained by applying Random Forest-TOPSIS, which were 0.74,0.14,0.12, and thus a comprehensive evaluation system of light pollution was established. The light pollution evaluation system established in this paper is important for measuring the degree of light pollution.
Study on the Impact of Green GDP Accounting System on Climate —— Based on Global Climate Mitigation Index Model
Authors: Li Anqi , Zhou Peng , Yang Jianping
Published: September 2023

GDP index can't measure the level of a country's sustainable economic development because it only pays attention to economic development but not to climate protection.Green GDP is the core index of the comprehensive environmental-economic accounting system, which incorporates resources and environmental factors into the current GDP to better reflect a country's real economic health. This paper develops a GGDP accounting model based on SEEA, which is closely related to GDP, and analyzes the relationship between green GDP accounting system and climate mitigation. In order to study the impact of GGDP on climate, this paper divides the global countries into four categories, selects 30 representative countries, establishes a global climate mitigation index model based on GCAM model and EWM, and calculates the impact of GGDP system on climate. The results show that the growth of GGDP has a positive impact on climate mitigation. This study puts forward a new accounting system of economic development level, which is of great significance to alleviate climate change.
Study on the protein expression of CYP3A4 and CYP2C18
Authors: Deng Wenhao
Published: September 2023

Background As a drug enzyme, CYP450 has important significance in clinical treatment and the combined use of drugs, but the current research has not yet achieved high efficiency and large amount of expression in vitro. Therefore, the expression of CYP450 in vitro has become a hot spot.Objective Study the in vitro high-efficiency expression and time optimization of CYP3A4 and CYP2C18. Methods (1) CYP3A4 and CYP2C18 yeast recombinants were induced, and 24h, 48h and 72h bacterial liquid were collected respectively, to obtain the crude enzyme solution at different time periods, and then the enzyme solution at different time periods was subjected to SDS-PAGE protein electrophoresis to obtain its target bands. The results of comparative analysis between the protein bands and the Marker were observed by observing the gel running results. Finally, the enzyme activity was determined by liquid chromatography. Results The expressed proteins of CYP3A4 and CYP2C18 yeast recombinants were successfully induced. The target bands were obtained by SDS-PAGE protein electrophoresis and the optimal expression time was analyzed. Finally, the activity of the products was verified by liquid chromatography. Conclusion CYP3A4 and CYP2C18 yeast recombinants were successfully expressed in this experiment, and the most abundant expression of CYP3A4 and CYP2C18 was found at 72h by comparing the position of electrophoresis bands. At the same time, it was also verified that the expressed products were active, and CYP3A4 had the highest activity at 48h, which could be used for the study of CYP450 metabolism in vitr.
Application of nanodiamond in the diagnosis and treatment of neurological diseases
Authors: Zheng Qi
Published: September 2023

The blood-brain barrier has long been a barrier to the treatment of neurological diseases in the brain. It protects brain tissues from damage while limiting the access of drugs to the brain for drug delivery, so nanocarriers with smaller particle size are chosen to break the blood-brain barrier. This review summarizes the structural properties of nanodiamond, the interaction mechanism between nanodiamond and blood-brain barrier, and the application of nanodiamond as a carrier in the diagnosis and treatment of neurological diseases, which provides the theoretical basis for the subsequent diagnosis and treatment of neurological diseases.
Performance of Radiomics Based Multi-Parameter Models Derived from Lung CT in Differentiating Benign Non-Inflammatory, Inflammatory and Malignant Pulmonary Nodule
Authors: Tseng Angelina
Published: September 2023

Pulmonary nodules are a significant clinical issue that require accurate and efficient diagnosis. This study constructed a machine learning model, combining radiomics features of chest CT sequences with three types of microvascular density (MVD) values, to differentiate benign, inflammatory and malignant pulmonary nodules. A total of 100 patients with lung nodules on CT images and corresponding pathological results were retrospectively included in the study. The MVD values and radiomics features were calculated and extracted based on the segmented nodules. Univariate correlation analysis and principal component analysis were performed to select radiomics features. Combined MVD values and selected radiomics features, we conducted a logistic regression classification model. The area under the curve (AUC) was applied to show model performance. Our model reached an AUC value of 0.867 when tested on independent datasets. The performance of the model to differentiate benign, malignant and inflammatory nodules reached AUC values of only 0.908, 0.833, and 0.730, respectively. We conducted a prediction model that shows promising results in distinguishing three different types of lung nodules.
Establishment of a Finite Element Model for the Cervical Spine with Spring Muscle Units
Authors: Li Zhi
Published: September 2023

The accelerated pace of modern life has led to an increasing number of people suffering from cervical spondylosis. Traditional research methods for cervical spondylosis are limited by ethical and material constraints, but finite element models can effectively address these issues during the research process. In this paper, a finite element model of C0-C7 vertebrae was reconstructed based on CT scan data, and finite element models of intervertebral discs, ligaments, muscles, and other anatomical structures were added and combined. The reconstructed cervical spine finite element model is highly realistic in shape and has good similarity, making it suitable for cervical spondylosis research.
Review: Fertility Stress, Hospital Depression and Anxiety, Resilience, and Hope among Infertile Women Patients
Authors: Song Guihong , Lopez Elna R. , Natividad Maria Jocelyn
Published: September 2023

Infertility, be named the third major disease endangering human health, has become a global concern in the 21st century point problem. The incidence of depressive and anxious symptoms in infertile women was 23.94% to 35.73%, and that of severe depression was 11.6%. They are under a lot of fertility pressure. This paper reviewed the relevant literature since 2015 to review the fertility stress, hospital depression and anxiety, social support, mental resilience and hope level status of infertile women, and discussed their relationships to provide evidence for intervention strategies.
Summary of Tyrosine Kinase STI-571 in the Treatment of Chronic Myeloid Leukemia
Authors: Gao Chang
Published: September 2023

Chronic Myeloid Leukemia (CML) is a hematological malignancy characterized by the presence of the Philadelphia chromosome, which results in the formation of the BCR-ABL fusion protein with constitutive tyrosine kinase activity. The discovery and development of targeted therapies, such as the tyrosine kinase inhibitor STI-571 (Imatinib), revolutionized the treatment of CML by specifically inhibiting the BCR-ABL kinase activity. This abstract provides a summary of the therapeutic efficacy and clinical impact of STI-571 in the management of CML.Sti-571, a specific tyrosine kinase inhibitor, is a novel antitumor drug that has entered clinical trials and can effectively treat chronic myeloid leukemia caused by abnormal proliferation of hematopoietic stem cells. In this paper, the mechanism of action and regulation of cell cycle of this drug were summarized, and the problems of drug resistance were explored in depth and the development prospects of this drug were briefly introduced. The introduction of STI-571 has dramatically changed the management of CML, leading to a paradigm shift from conventional chemotherapy and allogeneic stem cell transplantation as the primary treatment options. The drug has shown superior efficacy compared to interferon-alpha therapy, the standard treatment before its introduction. STI-571 is generally well-tolerated, with fewer severe adverse effects, making it an attractive option for long-term therapy. Resistance to STI-571 has been observed in a subset of patients, primarily due to the emergence of BCR-ABL kinase domain mutations. However, the development of second-generation tyrosine kinase inhibitors, such as dasatinib and nilotinib, has provided alternative treatment options for patients who fail to respond to or develop resistance to STI-571.
Research on Two-level and Two-stage Scheduling Optimization Model of Distributed Photovoltaic Generation Energy System
Authors: Jia Jiabao
Published: September 2023

Distributed PV (photovoltaic generation) is a distributed PV energy system that uses photovoltaic modules to convert solar energy into electric energy. In this paper, a two-level and two-stage scheduling optimization model and its solution algorithm under distributed PV energy system are constructed. Firstly, based on load forecasting and intermittent energy output forecasting data, this paper establishes a two-stage scheduling optimization model of distributed energy system under active distribution network. Then, the improved PSO (Particle swarm optimization) algorithm is introduced to optimize the scheduling model. Finally, the proposed model is validated by simulation results. The simulation results show that using the double-layer and two-stage scheduling strategy proposed in this paper to optimize the distributed PV energy system can not only optimize the power consumption structure, but also play the role of peak shaving and valley filling, and the state of charge of the battery has been higher than 50%, which can effectively increase its service life. Under the double-level and two-stage scheduling strategy, users get the most benefits, and the revenue growth rate is 20.07%.
Numerical Simulation of Carbon Oxygen Ratio Logging Response in Natural Gas Hydrate Reservoirs
Authors: Jiang Qing , Li Pengju
Published: September 2023

In the process of oil and gas field development, in order to identify the gas hydrate reservoir more accurately, we try to use the carbon oxygen ratio spectrum logging technology to study the log response law of this reservoir, and compare it with the reservoir response law to better guide the oil field production. Firstly, the theoretical response law of carbon and oxygen concentration ratio of natural gas hydrate reservoir and oil layer is deduced according to the petrophysical model, and then the response law of carbon and oxygen concentration ratio of two types of reservoirs simulated by Monte Carlo numerical simulation is studied, and the similarity law and difference between the two types of reservoirs are summarized. The results show that the carbon oxygen ratio has a regular change relationship with the porosity and saturation of the reservoir. The carbon oxygen ratio can be used to preliminarily distinguish and qualitatively identify the two types of reservoirs.
Communication in Underwater Wireless Sensor Networks
Authors: Yang Xi
Published: September 2023

As is well known, the ocean covers approximately 70% of the Earth's surface area. Currently, human exploration of the ocean remains at less than 5%. Therefore, continuous exploration and development of marine resources are of great significance. In recent years, underwater wireless communication technology has rapidly developed. However, the harsh and constantly changing underwater environment has also posed many technical challenges.
Research on Optimization Model of Heat Exchange Fin Structure in Energy Storage System
Authors: Wang Xiangdong , Guo Yulong , Ren Hao , Li Ting , Zhao Zhenxia
Published: September 2023

Aiming at the thermodynamic problem of heat transfer fin in heat storage system, the solidification and melting model and thermodynamic conventional model are established by using simulation software, thermodynamic image processing and other methods. MATLABAB, COMSOL and other software are used to program the optimal rectangular fin spacing Angle and the optimal heat exchange fin structure. Firstly, based on the reason that the simulation software can simulate the heat transfer process of phase change material (PCM) in the actual process to the greatest extent, the plane modeling and thermodynamic equation method are used to analyze the distance Angle of the rectangular fin, and the melting solidification model is established, and the optimal solution is obtained. Finally, combined with the analytic hierarchy model and TOPSIS method, the triangular fin structure and rectangular fin structure were compared from three levels, namely, the heat sink area, temperature rise time and PCM maintenance time of different shapes. And create a heat transfer rate of return to more favorably analyze the data and visually present the comparative results.
Analysis of Oil Displacement Effect of Ion Water Flooding Technology
Authors: Wei Wei
Published: September 2023

The test area is a low porosity and low permeability reservoir. It was put into development in October 2005. The early effect was good, the later production decreased significantly, the ineffective water cycle was serious, the development layer series was few, and the main layer measures were difficult to increase production. In this paper, we carry out water quality analysis experiments of the produced fluid, and understood the change law of the main controlling factors Cl-and Ca2+ for evaluating the effect of ion water flooding. Combined with the production dynamics, we evaluated the effect of the measures, guided the optimization of the measures, designed the scheme, and understood the law of oil displacement. Through this study, it can be clearly and intuitively seen that the replacement effect of ion water flooding has a good oil washing effect, which has important application value and certain academic significance for the development of low permeability oil fields.
Analysis of The Great Gatsby from the Perspective of Western Marxism
Authors: Zhou Ziyang
Published: September 2023

Fitzgerald (1896-1940) is one of the most outstanding novelists in America of the 1920s and the spokesman of the “Lost Generation”, as well as the creator of “the Jazz Age”. As a typical writer of “Lost Generation” in the United States during the post-war period of the economic prosperity, he not only experienced false prosperity of “the 1920s-full of clamor” – “the Jazz Age”, but also predicted that it would not last long. His representative works The Great Gatsby, is a novel about a typical American young man -- Gatsby’s pursuit of the American dream, which vividly portraits the trend of money worship and epicureanism in America of the so-called “Jazz Age” and reveals people’s selfishness and indifference in the United States during the economic prosperity period after the World War I. Georg Lukács, a Western Marxist theorist, points out in Historical Novel, critical works that “A historical fiction is a story in which history is set among historical events ”. Fitzgerald’s purpose is to show the postwar social life and mental outlook of the Americans in the 1920s and try to arouse people’s introspection and exploration for the value of survival. Since the advent of the novel, it has been the focus of most critics. Among a large number of comments, most focus on the analysis of the text and the subject matter of the novel, as well as the author’s writing techniques. While few have tried to employ Western Marxist criticism to analyze the themes and techniques of the literature perspectives of Georg Lukács. The paper attempts to conduct an analysis of realistic themes, such as impressionism and symbolism in The Great Gatsby from the theory of Western Marxist criticism to reflecting the corruption of people’s value.
Three Dimensional Interpretation of The Growth Logic of The CPC's "Original Mission"
Authors: Lan Peilin
Published: September 2023

The CPC was born in distress, grew up in tribulation, and grew up in overcoming risks. In the past 102 years, our party has been able to develop from 53 party members to a large party with over 98 million party members, which is because the whole party has always adhered to not forgetting its original intention and mission. Socialism with Chinese characteristics has entered a new era. The party, which starts from a small boat, must create a new and greater miracle of the Chinese nation in the new era. Only by not forgetting its original intention and keeping its mission in mind. To truly and comprehensively understand the theoretical connotation and contemporary value of the CPC's "original mission", we must understand the generation logic of the original mission. This article will explain why the CPC has determined and always adhered to this original mission from the three dimensions of theory, reality and history.
Study on the Writing of Official Translation Institutions from the Perspective of National Translation Practice
Authors: Niu Tingting
Published: September 2023

The translation activities during the Arab Hundred Year Graeco-Arabic translation movement have the typical characteristics of national translation practice. The country is the main body of translation practice, and translation activities have "institutionalization" and "mission color". By analyzing the translation practice in Arab countries during the Abbasid Caliphate, this paper reveals the relationship between "governance" and "institutionalization" of national translation in that period, and summarizes the characteristics and trends of Arab cultural translation activities in that period, with a view to providing useful reference for today's national translation practice.
A Discourse Analysis of Suicide Tendency in Photographer Lu Dawson’s Posts on Public Acconts: An Approach of Non-real World and Real World
Authors: Wu Xi
Published: September 2023

With the number of diagnoses of depression increasing each year and the high frequency of suicides, depression has become a challenge in the fields of neurology and psychology due to its complex etiology and pathogenesis difficult to trace. However, research has demonstrated that language use patterns can reflect the mental state and psychological characteristics of the user (Huang Guanlan and Zhou Xiaolu, 2021). Therefore this paper, based on Kugrerberg and Gliat's (2012) discourse differentiation between "reality orientation" and "non-reality orientation " analyzes the discourse posted by the photographer Lu Dawson on his Weibo and Xiaohongshu accounts before his suicide, adopting the DSM diagnostic criteria for depression as the discourse differentiation method. in terms of vocabulary and syntax. As is revealed, the content of Weibo accounts with more followers expressed suicidal tendencies in a more direct way. At the lexical level, the first person singular, negative words and a large number of vaguely restricted adverbs are employed; at the syntactic level, a large number of rhetorical questions and apologetic sentences are utilized, demonstrating the blogger's disappointment and guilt,  which is highly consistent with the symptoms of depression as defined by neurology. This study may provide a reference for identifying the help-seeking signals and life-ending intentions of those who suffer from depression in hope to reduce the occurrence of tragedies.
Study on Learning Difficulties of Function Concepts and Solutions
Authors: Chen Xiaoting
Published: September 2023

Mathematical concepts are the cornerstone of mathematics, the foundation of students’ cognition, and the carrier of students’ mathematical thinking activities. Mathematical concepts are learned in stages, and students may make errors at all stages, which in turn affect the quality of subsequent learning of related mathematical content. This paper analyzes and summarizes the difficulties in each stage of learning mathematical concepts from the student's point of view, drawing on the “Action-Process-Object-Scheme” stage of learning mathematical concepts according to the APOS theory. Combined with the corresponding teaching strategies proposed by the APOS theory, we guide and help students to feel, obtain, understand and connect the concepts, and give a case study of the application of the solution strategy of “teaching the concept of function”, in order to give some insights into the effective learning and teaching of mathematical concepts.
Khoomei Research on Singing Techniques and Stage Performance
Authors: Zhang Wuyun
Published: September 2023

The Mongolian word "Khoomei" refers to a special sound emitted by exhalation from the lungs. Because of its unique and distinctive pronunciation, it is called "the oldest singing method in the world", which is a unique singing art in the world, because its unique pronunciation is that a person can make two parts at the same time.Therefore, Khoomei has extremely distinctive national characteristics. However, due to the influence of language and singing technology, the spread is not wide. Nowadays, only Mongolia, the Altai region of Xinjiang and the Republic of Tuva still has the vocal art of Khoomei, and Khoomei is on the verge of crisis in China. Therefore, for Khoom It is very necessary to analyze and study singing techniques and their stage performance research. This article discusses its development process and singing techniques for reference.
A Strategic Study on The Adaptation Period of Primary School Freshmen from The Perspective of Preschool Connection
Authors: Zhao Tian
Published: September 2023

In our country, there are great differences between preschool education and primary education in all aspects of learning and life system. The education of the former is mainly dominated by games and development ability, while the education of the latter is dominated by regular schoolwork and static knowledge learning. This kind of jump change is easy to make the freshmen in the first grade of primary school feel unfit after entering the school, and then affect their academic and physical and mental development. Because of this, the problem of connecting young children will gradually attract people's attention. From the perspective of preschool connection, this paper focuses on learning adaptability. Firstly, by referring to relevant literature, the current situation of first-grade students' learning adaptability is understood, and then the influencing factors of learning adaptability are analyzed, and suggestions are put forward in order to improve students' learning adaptability, help children complete the transition from kindergarten to primary school in learning adaptability, and give children a happy childhood.
Investigation and analysis of Chinese and foreign college students' quality education
Authors: Sun Qixin
Published: September 2023

Divides my country's university quality education into four stages, Quality education "refers to the comprehensive development of education formed by long-term subjective acceptance or objective influence of the educated under certain environmental conditions. from five aspects of ideology and morality, humanities, psychology, body and practical innovation, respectively. Investigate and analyze the quality education of post-2000 college students, and investigate and analyze the quality education of typical foreign universities such as the United States, Britain, Germany and Japan, so as to form a comparison and learn from it.
Using Communicative language Teaching Method to Reduce High School Students' Anxiety about Speaking English
Authors: Teng Qianqian
Published: September 2023

This paper explores the use of communicative language teaching methods to address high school students' anxiety when speaking English. It emphasizes the significance of creating a supportive and interactive language learning environment to alleviate anxiety and enhance students' English speaking skills. The research aims to contribute to the existing literature by investigating the effectiveness of communicative language teaching methods in reducing anxiety and fostering students' confidence in speaking English.
Existing Problems and Countermeasures of Industry-University-Research Cooperation
Authors: Geng Yueying
Published: September 2023

To accelerate the high-quality development of the county economy, it is necessary for the government to make overall arrangements and actively guide, for universities to accelerate the transformation of scientific research results, and for enterprises to stimulate the spirit of innovation and contractual spirit, to build a tripartite cooperation platform, and to promote the in-depth integration of industry-university-research co-operation. This paper discusses the problems of all parties in the process of industry-university-research cooperation from five levels: power, platform, financing, mechanism and organisation, and puts forward corresponding countermeasures to provide reference for relevant enterprises and units.
Application of Artificial Intelligence in Preschool Education Management
Authors: Siqingaowa
Published: September 2023

With the continuous development of artificial intelligence technology, its application in various fields has gradually expanded, including preschool education management. This paper aims to explore the application of artificial intelligence in preschool education management, focusing on its role in the optimization of educational resources, personalized teaching, student behavior analysis, etc. By analyzing the existing research results, this article will explore the advantages and challenges of artificial intelligence in preschool education management, and look forward to the future development trend.
Localization of Translation Strategies of Game Websites from the Perspective of Eco-Translation Studies
Authors: Xing Panpan , Zuo Haiqing
Published: September 2023

With the rapid evolution of the Internet, the electronic sports culture industry has flourished. An increasing number of foreign online games have been introduced, yet there remains a dearth of research on effective translation strategies for localizing English game websites. The localization and translation of game websites encompass a multitude of elements, including game backgrounds, character skill dialogues, and cultural adaptation. Eco-translation studies offer translators a well-coordinated process of selection and adaptation, empowering them to present a superior localized version from multiple perspectives. Using the American online game “League of Legends” as a case in point, this study delves into how translators can employ eco-translation principles to attain effective communication and align with the intended audience by considering the translation ecosystem. The objective is to identify localization and translation strategies for game websites that elevate players’ gaming experience.
Application of Modern Philosophical Ideas to Information Theory Courses
Authors: Nong Yuan
Published: September 2023

This paper aims to explore how to integrate modern philosophy into the course of information theory, so as to improve students' understanding and application ability of information theory. This paper discusses how to apply modern philosophy in the course of information theory. By introducing relevant theories and viewpoints of modern philosophy, students can better understand the essence and significance of information and the application fields of information theory. Finally, this paper summarizes the significance and value of the application of modern philosophy in the course of information theory. By integrating modern philosophy into the information theory course, students' critical thinking ability and innovative consciousness can be cultivated, and their comprehensive literacy and application ability in the information field can be improved. In addition, this paper also puts forward some teaching strategies and methods to help teachers better apply modern philosophy to teach information theory courses.
Research on the Training Mode of Big Data Analysis Talents Based on The Integration of Industry and Education
Authors: Zheng Chaoliang
Published: September 2023

In the era of big data, the demand for big data analysis talents is increasingly urgent. As the main position of talent training, colleges and universities need to keep pace with the times and reform the traditional talent training mode to meet the demand of innovative and compound big data analysis talents. Combined with the education reform practice of HS College, the article discusses the integration of industry and education in four aspects, namely, disciplinary synergy, faculty construction, school-enterprise cooperation and "class competition, certificate and post", and puts forward the corresponding measures to provide reference and thinking for the cultivation mode of big data analytics talents.
Design and Implementation of Comprehensive Evaluation System for Vocational College Students with Innovative Thinking Training
Authors: Gao Na
Published: September 2023

Innovative thinking is the key ability to cultivate vocational college students' lifelong learning and adapt to rapidly changing society, and an effective evaluation system helps to understand the level of innovative ability of vocational college students, guide educational practice, and evaluate the effectiveness of innovative education. This study aims to design and implement a comprehensive evaluation system for vocational college students based on innovative thinking cultivation, which includes five dimensions: problem-solving ability, creativity, teamwork ability, future orientation, and communication ability. Through experiments, the impact of this evaluation system on the improvement of vocational college students' innovation ability is explored. In the first year of a certain vocational college, two groups of students were selected, and there was no significant difference in their innovative abilities in various aspects. One group was trained in a traditional way as a control group, while the other group was trained in an experimental group using an innovative thinking evaluation system to implement various dimensions of cultivation. One year later, compare the innovative thinking abilities of the two groups; Compare the experimental group before and after cultivation; Simultaneously conduct self-evaluation of the experimental group and comparison with teacher evaluation. The results showed that through the evaluation system designed in this experiment, vocational college students significantly improved their evaluation scores in various dimensions of innovative thinking, further verifying the effectiveness of the innovative thinking evaluation system in providing comprehensive evaluation of students' innovation ability, and proving that implementing the evaluation system can significantly promote the improvement of vocational college students' innovation ability. Research has shown that the comprehensive evaluation system for cultivating innovative thinking among vocational college students has a significant effect in providing comprehensive evaluation of students' innovative abilities. This will provide guidance for educational practice and provide powerful tools and methods for evaluating the effectiveness of innovative education.
Study of Parenting Styles of Multi-child Families in Different Eras in China
Authors: Yang Yijing
Published: September 2023

In recent years, with the continuous adjustment and changes in China's birth policy, the model of the multi-child family has returned to the public eye. Unlike traditional family upbringing, the parenting concepts and methods of today's large families are more varied. In family education, children's development is generally influenced by the "enriched environment", and children in multi-child families are exposed to a richer interpersonal and emotional environment. To help parents provide children with a better environment and educational resources, adjust parenting styles, and face the challenges of education nowadays, the study analyzes the parenting experiences and educational styles of multi-child families in different eras through a literature review and interviews, and it is found that the social, economic, and cultural backgrounds of different eras have important impacts on the educational styles of multi-child families. The study found that the social, economic, and cultural backgrounds of different eras would have a major impact on the educational styles of families with many children. Based on the results of this study, it is possible to draw general inferences about the future parenting styles of families with many children: while the state and society increase their support for families with many children, families with many children also pay more attention to their children's family education and endeavor to promote the all-around development of young children's bodies and minds.
Professional Development for Young Teachers in Higher Education
Authors: Zheng Ziying
Published: September 2023

With the implementation of university enrollment expansion policy, many young teachers have joined universities to play their academic value. This group of young teachers gradually as an important role in the university faculty, their professional level directly affects the school's teaching quality and scientific research level. However, their professional development path in schools is constrained by many factors such as low salary, promotion difficulties and no perfect training mechanism. This paper analyzes the current development situation of young teachers in China, describes their difficulties and dissatisfaction, and puts forward suggestions for reforming the development path of young teachers in universities.
Research on the Application of "Intangible Cultural Heritage" in Clothing Design
Authors: Xiao Xiaoning
Published: September 2023

The inheritance and protection of intangible cultural heritage has always been the focus of academic research. Combining intangible cultural heritage with clothing design can not only protect intangible cultural heritage productively, but also generate income. The article takes Shuijia Mawei embroidery as an example, takes the feasibility of combining Shuijia Mawei embroidery with clothing design as a breakthrough, and focuses on analysing the specific use of intangible cultural heritage in clothing design, so as to provide new ideas for the inheritance and protection of intangible cultural heritage, and at the same time, to provide practical experience for the development and design of the derivatives of intangible cultural heritage.