Energy security is the association between national security and the availability of natural resources for energy consumption.Access to cheaper energy has become essential to the functioning of modern economies.Howeve...Energy security is the association between national security and the availability of natural resources for energy consumption.Access to cheaper energy has become essential to the functioning of modern economies.However,the uneven distribution of energy supplies among countries has led to significant challenges.International energy relations have contributed to the globalization of the world,leading to energy security and energy vulnerability at the same time.The first article in Science Direct for energy security appeared in 1993 with authors from USA.Gradually the number of articles and their origin increases.In 2024 we observe a boom of these publications-30(not only in Science Direct)and one planned for 2025.The recent article explores these publications and sorts them by origin and content.The content is distributed in five topics:computer technologies impact,artificial intelligence applications,environmental management and energy security,economics and policy for energy security,and emerging technologies for energy security.Since the share of AI usage is relatively small the author suggests scenarios for AI agents’application in various situations concerning environmental decisions,failures,cyber-attacks,performance,and pricing.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
未来6G网络将内生支持通信和AI一体化服务,赋能丰富多彩的新业务,支撑社会高效可持续发展。为此,借鉴了IT行业AI Agent的应用范式,基于电信应用场景创新地提出了6G AI Agent技术框架的三大设计理念,包括多模型融合、定制化Agent和插件...未来6G网络将内生支持通信和AI一体化服务,赋能丰富多彩的新业务,支撑社会高效可持续发展。为此,借鉴了IT行业AI Agent的应用范式,基于电信应用场景创新地提出了6G AI Agent技术框架的三大设计理念,包括多模型融合、定制化Agent和插件式环境交互,并基于该理念构建了6G AI Agent技术框架。通过环境交互层、Agent引擎层、模型调度层、模型基座层交互协同,实现了自主环境感知、自主任务生成和自主执行任务的能力。此外,以移动网络的智能感知任务为例,探索了AI Agent的使用场景及价值,为AI新技术在电信领域发展提供了新的思路和技术支撑。展开更多
2025年,“AI Agent”(智能体)成了技术圈的热点话题。随着AI在记忆、反思、规划和多轮交互等方面的提高,如今的智能体已具备执行50%到90%人类操作的能力。它们不再只是工具,而是能完成复杂任务的“数字助理”。根据Markets and Markets...2025年,“AI Agent”(智能体)成了技术圈的热点话题。随着AI在记忆、反思、规划和多轮交互等方面的提高,如今的智能体已具备执行50%到90%人类操作的能力。它们不再只是工具,而是能完成复杂任务的“数字助理”。根据Markets and Markets预测,全球AI智能体市场规模预计从2024年的51亿美元飙升至2030年的474亿美元,年均增速高达44.8%,远超AI整体市场35.9%的增速。展开更多
As the global digital economy becomes deeply integrated,digital trade has emerged as a core engine of international trade growth.However,differing value orientations and interests have led to the emergence of diverse ...As the global digital economy becomes deeply integrated,digital trade has emerged as a core engine of international trade growth.However,differing value orientations and interests have led to the emergence of diverse regulatory frameworks with distinct emphases.This fragmentation ofregional regulatory systems conflicts with the large-scale cross-border flow of digital elements,thereby hindering the globalization of digital trade.From the perspective of regulatory adaptation,this article systematically analyzes how AI agents empower technological solutions to overcome digital trade barriers.It further reveals their unique opportunities in rule interpretation,dynamic compliance,and collaborative governance,and proposes a three-stage strategic pathway:“technology adaptation rule transformationecological collaboration.”This study finds that AI agents can effectively reduce the cost of regulatory adaptation and provide precise compliance solutions for digital trade entities through semantic parsing,real-time learning,and cross-domain collaboration.It offers a theoretical framework for technological pathways to overcoming digital trade barriers and provides strategic insights for China's participation in global digital governance.展开更多
文摘Energy security is the association between national security and the availability of natural resources for energy consumption.Access to cheaper energy has become essential to the functioning of modern economies.However,the uneven distribution of energy supplies among countries has led to significant challenges.International energy relations have contributed to the globalization of the world,leading to energy security and energy vulnerability at the same time.The first article in Science Direct for energy security appeared in 1993 with authors from USA.Gradually the number of articles and their origin increases.In 2024 we observe a boom of these publications-30(not only in Science Direct)and one planned for 2025.The recent article explores these publications and sorts them by origin and content.The content is distributed in five topics:computer technologies impact,artificial intelligence applications,environmental management and energy security,economics and policy for energy security,and emerging technologies for energy security.Since the share of AI usage is relatively small the author suggests scenarios for AI agents’application in various situations concerning environmental decisions,failures,cyber-attacks,performance,and pricing.
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.
文摘未来6G网络将内生支持通信和AI一体化服务,赋能丰富多彩的新业务,支撑社会高效可持续发展。为此,借鉴了IT行业AI Agent的应用范式,基于电信应用场景创新地提出了6G AI Agent技术框架的三大设计理念,包括多模型融合、定制化Agent和插件式环境交互,并基于该理念构建了6G AI Agent技术框架。通过环境交互层、Agent引擎层、模型调度层、模型基座层交互协同,实现了自主环境感知、自主任务生成和自主执行任务的能力。此外,以移动网络的智能感知任务为例,探索了AI Agent的使用场景及价值,为AI新技术在电信领域发展提供了新的思路和技术支撑。
文摘2025年,“AI Agent”(智能体)成了技术圈的热点话题。随着AI在记忆、反思、规划和多轮交互等方面的提高,如今的智能体已具备执行50%到90%人类操作的能力。它们不再只是工具,而是能完成复杂任务的“数字助理”。根据Markets and Markets预测,全球AI智能体市场规模预计从2024年的51亿美元飙升至2030年的474亿美元,年均增速高达44.8%,远超AI整体市场35.9%的增速。
文摘As the global digital economy becomes deeply integrated,digital trade has emerged as a core engine of international trade growth.However,differing value orientations and interests have led to the emergence of diverse regulatory frameworks with distinct emphases.This fragmentation ofregional regulatory systems conflicts with the large-scale cross-border flow of digital elements,thereby hindering the globalization of digital trade.From the perspective of regulatory adaptation,this article systematically analyzes how AI agents empower technological solutions to overcome digital trade barriers.It further reveals their unique opportunities in rule interpretation,dynamic compliance,and collaborative governance,and proposes a three-stage strategic pathway:“technology adaptation rule transformationecological collaboration.”This study finds that AI agents can effectively reduce the cost of regulatory adaptation and provide precise compliance solutions for digital trade entities through semantic parsing,real-time learning,and cross-domain collaboration.It offers a theoretical framework for technological pathways to overcoming digital trade barriers and provides strategic insights for China's participation in global digital governance.
