As artificial intelligence(AI)technology has continued to develop,its efficient data processing and pattern recognition capabilities have significantly improved the precision and speed of decision-making processes,and...As artificial intelligence(AI)technology has continued to develop,its efficient data processing and pattern recognition capabilities have significantly improved the precision and speed of decision-making processes,and it has been widely applied across various fields.In the field of astronomy,AI techniques have demonstrated unique advantages,particularly in the identification of pulsars and their candidates.AI is able to address the challenges of pulsar celestial body identification and classification because of its accuracy and efficiency.This paper systematically surveys commonly used AI models for pulsar candidate identification,analyzing and discussing the typical applications of machine learning,artificial neural networks,convolutional neural networks,and generative adversarial networks in candidate identification.Furthermore,it explores how th.e introduction of AI techniques not only enhances the efficiency and accuracy of pulsar identification but also provides new perspectives and tools for pulsar survey data processing,thus playing a significant role in advancing pulsar research and the field of astronomy.展开更多
This paper focuses on the application of artificial intelligence(AI)technology in the reform of college English teaching.By analyzing the current situation of college English teaching and the advantages of AI technolo...This paper focuses on the application of artificial intelligence(AI)technology in the reform of college English teaching.By analyzing the current situation of college English teaching and the advantages of AI technology,it explores how AI technology can be applied in different aspects of college English teaching,such as teaching content delivery,language practice,and assessment.It also discusses the challenges and opportunities brought by AI technology in the teaching reform process and proposes corresponding construction strategies to promote the deep integration of AI technology and college English teaching,aiming to improve the quality and efficiency of college English teaching and develop students’comprehensive English application ability.展开更多
The integration of Green Artificial Intelligence(AI)technologies into educational systems offers a promising avenue to enhance operational efficiency while addressing sustainability challenges.Through a rigorous three...The integration of Green Artificial Intelligence(AI)technologies into educational systems offers a promising avenue to enhance operational efficiency while addressing sustainability challenges.Through a rigorous three-phase methodology combining literature review,AI agent development,and participatory workshop-based case analysis,this paper highlights the pivotal role of AI agents,as applications of Green AI technologies,in driving transformative outcomes within schools.By directly improving self-learning efficiency and reducing learning costs for students,enhancing management and service efficiency,reducing labor costs for schools,as well as minimizing resource dependence for both teachers and students,AI agents create a foundation for sustainable operations.These direct effects generate positive spillover effects,cascading into broader outcomes,including innovation performance,economic efficiency,and environmental sustainability,aligning with the United Nations Sustainable Development Goals(SDGs).By presenting a comprehensive conceptual model,this study demonstrates the pathways through which Green AI contributes to sustainable development in education and emphasizes its critical role in bridging technological innovation with sustainability.This framework provides significant theoretical insights for further empirical research while offering actionable strategies for policymakers and educators to harness Green AI for building sustainable schools with a student-centered approach.展开更多
In recent years,the application of various advanced technologies,such as digitization and informatization,has become the primary tool for innovation in education and teaching.For traditional single-chip microcomputer ...In recent years,the application of various advanced technologies,such as digitization and informatization,has become the primary tool for innovation in education and teaching.For traditional single-chip microcomputer course teaching,it is necessary to emphasize the introduction and application of high-tech innovations in its path of innovative development.This course is a typical representative of multidisciplinary teaching,involving multiple disciplines such as electronic engineering,automation,and computer science.In response to issues faced in traditional teaching,such as rigid organization of teaching content that struggles to keep pace with technological advancements,resulting in a noticeable lag in knowledge transfer,and monotonous teaching methods that fail to precisely meet the diverse learning needs of students,analyzing the innovative applications of this course under the empowerment of AI technology holds significant practical relevance.In this regard,the study relies on AI technology empowerment to analyze the application paths for the deep integration of AI technology and single-chip microcomputer courses,constructing a new teaching model to provide references for enhancing teaching quality and stimulating students’innovative potential.展开更多
Artificial intelligence(AI)technology is increasingly used in the field of education,but its application in molecular biology experimental teaching still faces challenges.In order to explore the application prospects ...Artificial intelligence(AI)technology is increasingly used in the field of education,but its application in molecular biology experimental teaching still faces challenges.In order to explore the application prospects of AI technology in molecular biology experimental teaching,this paper discusses the application of AI technology in molecular biology experimental teaching,focusing on the construction and application of virtual laboratories.At the same time,the advantages,challenges and future development directions of AI technology application are analyzed.The study found that AI technology has broad application prospects in molecular biology experimental teaching.AI technology can overcome many limitations in traditional experimental teaching,and can also provide personalized learning experience,real-time feedback and evaluation,and simulate complex molecular processes.However,the application of AI technology also faces challenges such as technology cost,teacher training,and curriculum design.In summary,the application of AI technology in molecular biology experimental teaching has significant advantages and can effectively improve teaching quality and learning effects.In the future,we should strengthen the integration of AI technology and traditional teaching methods,develop more AI teaching tools suitable for the characteristics of molecular biology,and focus on cultivating students’practical ability and innovative thinking.This study provides new ideas and directions for promoting the reform and innovation of molecular biology experimental teaching.展开更多
Traditional approaches to teaching the power system analysis course face challenges such as abstract and difficult-to-understand content,single teaching method,and limited practical links.In response,this paper explor...Traditional approaches to teaching the power system analysis course face challenges such as abstract and difficult-to-understand content,single teaching method,and limited practical links.In response,this paper explores in depth the significance and strategies of applying AI technology in the teaching of the course.The aim is to enhance students’ability to understand and apply knowledge,and to cultivate well-qualified technical professionals who can adapt to the intelligent development needs of the power industry.The proposed strategies include building an intelligent learning diagnosis platform,providing personalized learning guidance,developing an AI-integrated curriculum system,fostering a“dual-qualified and interdisciplinary”teaching team,and establishing a diversified assessment and evaluation system.展开更多
Against the backdrop of the booming digital economy,the working environment of grassroots statistics has undergone significant changes.Faced with challenges such as the explosive growth of massive statistical data and...Against the backdrop of the booming digital economy,the working environment of grassroots statistics has undergone significant changes.Faced with challenges such as the explosive growth of massive statistical data and diversified analytical demands,improving the efficiency of grassroots statistical data processing and the depth of analysis has become the primary goal of current reforms.The innovative development of artificial intelligence(AI)technology has brought more possibilities for the innovation of grassroots statistical analysis methods in the new era.This paper focuses on the application of AI technology in the innovation of grassroots statistical analysis methods.Based on an analysis of the main pain points in current grassroots statistical analysis methods,it proposes effective paths to promote the innovation of grassroots statistical analysis methods,aiming to provide a reference for relevant work.展开更多
Against the backdrop of the in-depth integration of the new round of technological revolution and industrial transformation,artificial intelligence(AI)technology has become an important driving force for innovative de...Against the backdrop of the in-depth integration of the new round of technological revolution and industrial transformation,artificial intelligence(AI)technology has become an important driving force for innovative development in the energy and power sector,and also provides a brand-new opportunity for the reform of the training model of graduate students in Engineering Thermophysics at colleges and universities.Combining the existing problems in the training of graduate students in Engineering Thermophysics and the adaptability of AI technology in this training process,this paper systematically explores the practical paths of integrating AI technology into the entire process of graduate curriculum teaching,scientific research innovation,practical training,and quality evaluation.It aims to provide a theoretical reference for cultivating compound Engineering Thermophysics talents with solid theoretical foundations,innovative capabilities,and engineering literacy.展开更多
Against the backdrop of growing health awareness and a younger consumer market,healthcare brands face the dualchallenge of revitalizing their visual identity while preserving brand heritage.This is particularly pressi...Against the backdrop of growing health awareness and a younger consumer market,healthcare brands face the dualchallenge of revitalizing their visual identity while preserving brand heritage.This is particularly pressing for traditional Chinesemedicine brands,which urgently need to adopt innovative design approaches to develop brand IP identities that combine culturaldepth with contemporary appeal.This study centers on Yunnan Baiyao as a core case and integrates generative ArtificialIntelligence(AI)technology to explore strategies for updating brand identities that align with brand tonality while offeringconsistency and visual recognizability.First,the study conducts a literature review and case analysis to examine the developmenttrends in healthcare brand identity design.It then performs a Strengths,Weakness,Opportunities and Threats(SWOT)analysisof Yunnan Baiyao’s existing visual assets to clarify the strengths and areas for improvement in its brand identity.Based on thebrand’s core values and cultural background,prompt engineering and image generation experiments using generative AI arecarried out to explore systematic expressions of IP characters,graphic styles,and communication media.The research aims toconstruct a brand identity system that blends tradition and modernity through innovative applications of visual language,colorschemes,and narrative strategies—ultimately enhancing brand recognizability,emotional resonance,and marketcompetitiveness.展开更多
Chinese technology company iFLYTEK Co.Ltd.launched an intelligent speech recognition system designed for humanoid robots this June.While traditional robotic performance suffers in noisy environments,this AI solution a...Chinese technology company iFLYTEK Co.Ltd.launched an intelligent speech recognition system designed for humanoid robots this June.While traditional robotic performance suffers in noisy environments,this AI solution achieves 92-percent environmental sensing accuracy-overcoming a key industry challenge.It enhances humanoid computers’ability to manage complex logistics and warehouse tasks.展开更多
Ethics and governance are vital to the healthy and sustainable development of artificial intelligence(AI).With the long-term goal of keeping AI beneficial to human society,governments,research organizations,and compan...Ethics and governance are vital to the healthy and sustainable development of artificial intelligence(AI).With the long-term goal of keeping AI beneficial to human society,governments,research organizations,and companies in China have published ethical guidelines and principles for AI,and have launched projects to develop AI governance technologies.This paper presents a survey of these efforts and highlights the preliminary outcomes in China.It also describes the major research challenges in AI governance research and discusses future research directions.展开更多
Addressing issues such as the disconnect between theory and practice and low student engagement in control system education,this paper uses the course“The Working Process of Open-Loop Control Systems”as a case study...Addressing issues such as the disconnect between theory and practice and low student engagement in control system education,this paper uses the course“The Working Process of Open-Loop Control Systems”as a case study to explore the integration of AI technology with the“project-guided and task-driven”teaching model.By constructing a four-dimensional teaching framework of“situation-task-activity-evaluation,”AI tools are embedded in project practices such as the construction of a mechanical timed flower watering device and the optimization of a digital timed flower watering device,achieving precision,interactivity,and personalization in the teaching process.Teaching practice demonstrates that this model significantly enhances students’technical awareness,materialization capabilities,and engineering thinking,providing a reference for the teaching reform of technical courses in high school education.展开更多
Combining the background of modern construction engineering site safety management,this article analyzes the real-time monitoring and alarm strategies for site construction safety under the integration of BIM and AI.T...Combining the background of modern construction engineering site safety management,this article analyzes the real-time monitoring and alarm strategies for site construction safety under the integration of BIM and AI.This includes the analysis of BIM and AI technologies and their integration advantages,real-time monitoring and alarm strategies for construction site safety based on BIM and AI integration,as well as the development direction of BIM and AI integration in real-time monitoring and alarm for construction site safety.It is hoped that through this analysis,a scientific reference can be provided for the digital and intelligent management of construction site safety,promoting the digital and intelligent development of its safety management work.展开更多
The increasingly severe energy crisis and environmental issues have raised higher requirements for grid-scale energy storage systems.Rechargeable batteries have enormous development prospects due to their flexibility ...The increasingly severe energy crisis and environmental issues have raised higher requirements for grid-scale energy storage systems.Rechargeable batteries have enormous development prospects due to their flexibility and environmental protection. However, the traditional organic liquid-based batteries cannot meet our needs for future advanced batteries in terms of safety, energy density, and stability under extreme working conditions. In this case, we comprehensively summarize various advanced battery technologies to overcome the above problems.Firstly, we highlight the advantage of solid-state batteries compared to liquid electrolytes. Specifically, we focus on the advantages and challenges of solid-state lithium/sodium batteries and other types of solid-state batteries associated with the electrodes, solid electrolytes and the electrode/electrolyte interphase. Secondly, we discuss the environmentally friendly and safe liquid-state battery and its application prospect.Thirdly, the battery improvement strategy has been proposed to enhance the application of batteries under extreme conditions. Subsequently, we emphasize the importance of theoretical calculations and AI technology in promoting the development of battery technology. Finally, the current challenges and future directions of battery technology are summarized. The combination of in-depth failure mechanism analysis, advanced characterization techniques, economic commercialization and machine learning enables the rapid development of advanced battery technology for sustainable energy storage.展开更多
With the rapid development of artificial intelligence(AI)technology,its applications in education have become increasingly widespread.As an effective foreign language teaching theory,the Production-Oriented Approach(P...With the rapid development of artificial intelligence(AI)technology,its applications in education have become increasingly widespread.As an effective foreign language teaching theory,the Production-Oriented Approach(POA)emphasizes the organic integration of the three stages-motivating,enabling,and assessing,among which the motivating stage plays a crucial role in stimulating students’learning motivation and clarifying learning objectives with its implementation quality directly determining overall teaching effectiveness.Taking Unit 1“The Kindness of Strangers”from New Century College English Integrated Course(Book 2)as a pedagogical case study,this paper explores how AI technology can establish a multidimensional support system during this phase to significantly enhance teaching efficacy.展开更多
With an optimised hall layout,progressive design collaborations,inspiring trends and AIdriven innovations,Heimtextil 2026 reacts to the current market situation–and offers the industry a reliable constant in challeng...With an optimised hall layout,progressive design collaborations,inspiring trends and AIdriven innovations,Heimtextil 2026 reacts to the current market situation–and offers the industry a reliable constant in challenging times.Under the motto‘Lead the Change’,the leading trade fair for home and contract textiles and textile design shows how challenges can be turned into opportunities.From 13 to 16 January,more than 3,100 exhibitors from 65 countries will provide a comprehensive market overview with new collections and textile solutions.As a knowledge hub,Heimtextil delivers new strategies and concrete solutions for future business success.展开更多
As a strategic technology leading the current round of industrial transformation and scientific and technological revolution,artificial intelligence(AI)is profoundly reshaping all facets of people's lives.Since th...As a strategic technology leading the current round of industrial transformation and scientific and technological revolution,artificial intelligence(AI)is profoundly reshaping all facets of people's lives.Since the 18th National Congress of the Communist Party of China(CPC)was held in 2012。展开更多
In order to improve the management strategy for personnel files in colleges and universities,simplify the complex process of file management,and improve file management security and content preservation of the files.T...In order to improve the management strategy for personnel files in colleges and universities,simplify the complex process of file management,and improve file management security and content preservation of the files.This paper elaborates on the application of Artificial Intelligence(AI)technology in university personnel file management through theoretical analysis based on the understanding of Al technology.展开更多
基金supported by the National Key R&D Program of China(2021YFC2203502 and 2022YFF0711502)the National Natural Science Foundation of China(NSFC)(12173077)+4 种基金the Tianshan Talent Project of Xinjiang Uygur Autonomous Region(2022TSYCCX0095 and 2023TSYCCX0112)the Scientific Instrument Developing Project of the Chinese Academy of Sciences(PTYQ2022YZZD01)China National Astronomical Data Center(NADC)the Operation,Maintenance and Upgrading Fund for Astronomical Telescopes and Facility Instruments,budgeted from the Ministry of Finance of China(MOF)and administrated by the Chinese Academy of Sciences(CAS)Natural Science Foundation of Xinjiang Uygur Autonomous Region(2022D01A360)。
文摘As artificial intelligence(AI)technology has continued to develop,its efficient data processing and pattern recognition capabilities have significantly improved the precision and speed of decision-making processes,and it has been widely applied across various fields.In the field of astronomy,AI techniques have demonstrated unique advantages,particularly in the identification of pulsars and their candidates.AI is able to address the challenges of pulsar celestial body identification and classification because of its accuracy and efficiency.This paper systematically surveys commonly used AI models for pulsar candidate identification,analyzing and discussing the typical applications of machine learning,artificial neural networks,convolutional neural networks,and generative adversarial networks in candidate identification.Furthermore,it explores how th.e introduction of AI techniques not only enhances the efficiency and accuracy of pulsar identification but also provides new perspectives and tools for pulsar survey data processing,thus playing a significant role in advancing pulsar research and the field of astronomy.
文摘This paper focuses on the application of artificial intelligence(AI)technology in the reform of college English teaching.By analyzing the current situation of college English teaching and the advantages of AI technology,it explores how AI technology can be applied in different aspects of college English teaching,such as teaching content delivery,language practice,and assessment.It also discusses the challenges and opportunities brought by AI technology in the teaching reform process and proposes corresponding construction strategies to promote the deep integration of AI technology and college English teaching,aiming to improve the quality and efficiency of college English teaching and develop students’comprehensive English application ability.
基金2024 Academic Research of Zhejiang Technical Institute of Economics:“Spillover Effects of Multimodal AI Agents on Green School Development”(Project No.:X2024038)2024-2025 Research and Creative Project,Department of Culture and Tourism:“The Application of Digital Information Technology in Safety Early Warning and Supervision of Cultural Relics in Zhejiang,China”(Project No.:2024KYY045)2024 General Research Project of Zhejiang Provincial Department of Education:“Empirical Research on Low-Carbon Economy Driving the Development of New Quality Productivity:A Case Study of Zhejiang Province”(Project No.:Y202456145)。
文摘The integration of Green Artificial Intelligence(AI)technologies into educational systems offers a promising avenue to enhance operational efficiency while addressing sustainability challenges.Through a rigorous three-phase methodology combining literature review,AI agent development,and participatory workshop-based case analysis,this paper highlights the pivotal role of AI agents,as applications of Green AI technologies,in driving transformative outcomes within schools.By directly improving self-learning efficiency and reducing learning costs for students,enhancing management and service efficiency,reducing labor costs for schools,as well as minimizing resource dependence for both teachers and students,AI agents create a foundation for sustainable operations.These direct effects generate positive spillover effects,cascading into broader outcomes,including innovation performance,economic efficiency,and environmental sustainability,aligning with the United Nations Sustainable Development Goals(SDGs).By presenting a comprehensive conceptual model,this study demonstrates the pathways through which Green AI contributes to sustainable development in education and emphasizes its critical role in bridging technological innovation with sustainability.This framework provides significant theoretical insights for further empirical research while offering actionable strategies for policymakers and educators to harness Green AI for building sustainable schools with a student-centered approach.
基金Single-Chip Microcomputer and Interface Technology Project(Project No.:SYSJ2025032)。
文摘In recent years,the application of various advanced technologies,such as digitization and informatization,has become the primary tool for innovation in education and teaching.For traditional single-chip microcomputer course teaching,it is necessary to emphasize the introduction and application of high-tech innovations in its path of innovative development.This course is a typical representative of multidisciplinary teaching,involving multiple disciplines such as electronic engineering,automation,and computer science.In response to issues faced in traditional teaching,such as rigid organization of teaching content that struggles to keep pace with technological advancements,resulting in a noticeable lag in knowledge transfer,and monotonous teaching methods that fail to precisely meet the diverse learning needs of students,analyzing the innovative applications of this course under the empowerment of AI technology holds significant practical relevance.In this regard,the study relies on AI technology empowerment to analyze the application paths for the deep integration of AI technology and single-chip microcomputer courses,constructing a new teaching model to provide references for enhancing teaching quality and stimulating students’innovative potential.
基金Construction Project of Teaching Quality and Teaching Reform Engineering for Undergraduate Universities in Guangdong Province(Project No.:2023-248)First-Class Undergraduate Course in Guangdong Province-Molecular Biology Experiment 2023+1 种基金Curriculum Ideology and Politics Demonstration Project of Lingnan Normal University(Project No.:2022-6&2024-44)Construction Project of Teaching Quality and Teaching Reform Engineering of Lingnan Normal University(Project No.:2024-24)。
文摘Artificial intelligence(AI)technology is increasingly used in the field of education,but its application in molecular biology experimental teaching still faces challenges.In order to explore the application prospects of AI technology in molecular biology experimental teaching,this paper discusses the application of AI technology in molecular biology experimental teaching,focusing on the construction and application of virtual laboratories.At the same time,the advantages,challenges and future development directions of AI technology application are analyzed.The study found that AI technology has broad application prospects in molecular biology experimental teaching.AI technology can overcome many limitations in traditional experimental teaching,and can also provide personalized learning experience,real-time feedback and evaluation,and simulate complex molecular processes.However,the application of AI technology also faces challenges such as technology cost,teacher training,and curriculum design.In summary,the application of AI technology in molecular biology experimental teaching has significant advantages and can effectively improve teaching quality and learning effects.In the future,we should strengthen the integration of AI technology and traditional teaching methods,develop more AI teaching tools suitable for the characteristics of molecular biology,and focus on cultivating students’practical ability and innovative thinking.This study provides new ideas and directions for promoting the reform and innovation of molecular biology experimental teaching.
文摘Traditional approaches to teaching the power system analysis course face challenges such as abstract and difficult-to-understand content,single teaching method,and limited practical links.In response,this paper explores in depth the significance and strategies of applying AI technology in the teaching of the course.The aim is to enhance students’ability to understand and apply knowledge,and to cultivate well-qualified technical professionals who can adapt to the intelligent development needs of the power industry.The proposed strategies include building an intelligent learning diagnosis platform,providing personalized learning guidance,developing an AI-integrated curriculum system,fostering a“dual-qualified and interdisciplinary”teaching team,and establishing a diversified assessment and evaluation system.
文摘Against the backdrop of the booming digital economy,the working environment of grassroots statistics has undergone significant changes.Faced with challenges such as the explosive growth of massive statistical data and diversified analytical demands,improving the efficiency of grassroots statistical data processing and the depth of analysis has become the primary goal of current reforms.The innovative development of artificial intelligence(AI)technology has brought more possibilities for the innovation of grassroots statistical analysis methods in the new era.This paper focuses on the application of AI technology in the innovation of grassroots statistical analysis methods.Based on an analysis of the main pain points in current grassroots statistical analysis methods,it proposes effective paths to promote the innovation of grassroots statistical analysis methods,aiming to provide a reference for relevant work.
基金funded by the Graduate Teaching Construction Project of University of Shanghai for Science and Technology.
文摘Against the backdrop of the in-depth integration of the new round of technological revolution and industrial transformation,artificial intelligence(AI)technology has become an important driving force for innovative development in the energy and power sector,and also provides a brand-new opportunity for the reform of the training model of graduate students in Engineering Thermophysics at colleges and universities.Combining the existing problems in the training of graduate students in Engineering Thermophysics and the adaptability of AI technology in this training process,this paper systematically explores the practical paths of integrating AI technology into the entire process of graduate curriculum teaching,scientific research innovation,practical training,and quality evaluation.It aims to provide a theoretical reference for cultivating compound Engineering Thermophysics talents with solid theoretical foundations,innovative capabilities,and engineering literacy.
文摘Against the backdrop of growing health awareness and a younger consumer market,healthcare brands face the dualchallenge of revitalizing their visual identity while preserving brand heritage.This is particularly pressing for traditional Chinesemedicine brands,which urgently need to adopt innovative design approaches to develop brand IP identities that combine culturaldepth with contemporary appeal.This study centers on Yunnan Baiyao as a core case and integrates generative ArtificialIntelligence(AI)technology to explore strategies for updating brand identities that align with brand tonality while offeringconsistency and visual recognizability.First,the study conducts a literature review and case analysis to examine the developmenttrends in healthcare brand identity design.It then performs a Strengths,Weakness,Opportunities and Threats(SWOT)analysisof Yunnan Baiyao’s existing visual assets to clarify the strengths and areas for improvement in its brand identity.Based on thebrand’s core values and cultural background,prompt engineering and image generation experiments using generative AI arecarried out to explore systematic expressions of IP characters,graphic styles,and communication media.The research aims toconstruct a brand identity system that blends tradition and modernity through innovative applications of visual language,colorschemes,and narrative strategies—ultimately enhancing brand recognizability,emotional resonance,and marketcompetitiveness.
文摘Chinese technology company iFLYTEK Co.Ltd.launched an intelligent speech recognition system designed for humanoid robots this June.While traditional robotic performance suffers in noisy environments,this AI solution achieves 92-percent environmental sensing accuracy-overcoming a key industry challenge.It enhances humanoid computers’ability to manage complex logistics and warehouse tasks.
文摘Ethics and governance are vital to the healthy and sustainable development of artificial intelligence(AI).With the long-term goal of keeping AI beneficial to human society,governments,research organizations,and companies in China have published ethical guidelines and principles for AI,and have launched projects to develop AI governance technologies.This paper presents a survey of these efforts and highlights the preliminary outcomes in China.It also describes the major research challenges in AI governance research and discusses future research directions.
文摘Addressing issues such as the disconnect between theory and practice and low student engagement in control system education,this paper uses the course“The Working Process of Open-Loop Control Systems”as a case study to explore the integration of AI technology with the“project-guided and task-driven”teaching model.By constructing a four-dimensional teaching framework of“situation-task-activity-evaluation,”AI tools are embedded in project practices such as the construction of a mechanical timed flower watering device and the optimization of a digital timed flower watering device,achieving precision,interactivity,and personalization in the teaching process.Teaching practice demonstrates that this model significantly enhances students’technical awareness,materialization capabilities,and engineering thinking,providing a reference for the teaching reform of technical courses in high school education.
基金“Research on AI-Intelligent Management Technology for Construction Safety Based on BIM Technology and Smart Construction Site Scenarios”(Project No.:KJQN202401904)“Research on Intelligent Monitoring System for Construction Quality and Safety Based on BIM and AI Technologies”(Project No.:202412608006)。
文摘Combining the background of modern construction engineering site safety management,this article analyzes the real-time monitoring and alarm strategies for site construction safety under the integration of BIM and AI.This includes the analysis of BIM and AI technologies and their integration advantages,real-time monitoring and alarm strategies for construction site safety based on BIM and AI integration,as well as the development direction of BIM and AI integration in real-time monitoring and alarm for construction site safety.It is hoped that through this analysis,a scientific reference can be provided for the digital and intelligent management of construction site safety,promoting the digital and intelligent development of its safety management work.
基金funding support from National Key R&D Program of China (No. 2023YFB3809500)the National Natural Science Foundation of China (U24A20566, 22279121, 52525203, 52394170, 52394171, U24A2067, U22A20439)+2 种基金Joint Fund of Scientific and Technological Research and Development Program of Henan Province (222301420009)Key Research and Development Program of Henan Province (231111241400)the funding of Zhengzhou University。
文摘The increasingly severe energy crisis and environmental issues have raised higher requirements for grid-scale energy storage systems.Rechargeable batteries have enormous development prospects due to their flexibility and environmental protection. However, the traditional organic liquid-based batteries cannot meet our needs for future advanced batteries in terms of safety, energy density, and stability under extreme working conditions. In this case, we comprehensively summarize various advanced battery technologies to overcome the above problems.Firstly, we highlight the advantage of solid-state batteries compared to liquid electrolytes. Specifically, we focus on the advantages and challenges of solid-state lithium/sodium batteries and other types of solid-state batteries associated with the electrodes, solid electrolytes and the electrode/electrolyte interphase. Secondly, we discuss the environmentally friendly and safe liquid-state battery and its application prospect.Thirdly, the battery improvement strategy has been proposed to enhance the application of batteries under extreme conditions. Subsequently, we emphasize the importance of theoretical calculations and AI technology in promoting the development of battery technology. Finally, the current challenges and future directions of battery technology are summarized. The combination of in-depth failure mechanism analysis, advanced characterization techniques, economic commercialization and machine learning enables the rapid development of advanced battery technology for sustainable energy storage.
文摘With the rapid development of artificial intelligence(AI)technology,its applications in education have become increasingly widespread.As an effective foreign language teaching theory,the Production-Oriented Approach(POA)emphasizes the organic integration of the three stages-motivating,enabling,and assessing,among which the motivating stage plays a crucial role in stimulating students’learning motivation and clarifying learning objectives with its implementation quality directly determining overall teaching effectiveness.Taking Unit 1“The Kindness of Strangers”from New Century College English Integrated Course(Book 2)as a pedagogical case study,this paper explores how AI technology can establish a multidimensional support system during this phase to significantly enhance teaching efficacy.
文摘With an optimised hall layout,progressive design collaborations,inspiring trends and AIdriven innovations,Heimtextil 2026 reacts to the current market situation–and offers the industry a reliable constant in challenging times.Under the motto‘Lead the Change’,the leading trade fair for home and contract textiles and textile design shows how challenges can be turned into opportunities.From 13 to 16 January,more than 3,100 exhibitors from 65 countries will provide a comprehensive market overview with new collections and textile solutions.As a knowledge hub,Heimtextil delivers new strategies and concrete solutions for future business success.
文摘As a strategic technology leading the current round of industrial transformation and scientific and technological revolution,artificial intelligence(AI)is profoundly reshaping all facets of people's lives.Since the 18th National Congress of the Communist Party of China(CPC)was held in 2012。
文摘In order to improve the management strategy for personnel files in colleges and universities,simplify the complex process of file management,and improve file management security and content preservation of the files.This paper elaborates on the application of Artificial Intelligence(AI)technology in university personnel file management through theoretical analysis based on the understanding of Al technology.
