The features of information technology (IT) are discussed first. On this basis, the features of space information technology (SIT) are presented and SIT is elaborated in five categories. The popularization of SIT ...The features of information technology (IT) are discussed first. On this basis, the features of space information technology (SIT) are presented and SIT is elaborated in five categories. The popularization of SIT is an informatization process and will promote the industrialization of national economy and the modernization of industry such as agriculture. The necessity of the synthetical application of SIT is studied emphatically, and the development trend of SIT is discussed.展开更多
在国家人工智能战略背景下,包装设计教育面临智能化转型的迫切需求。本研究系统探索了自然语言处理(Natural Language Processing,NLP)与大语言模型(Large Language Models,LLMs)、机器视觉技术、机器听觉技术、知识管理系统和智能体技...在国家人工智能战略背景下,包装设计教育面临智能化转型的迫切需求。本研究系统探索了自然语言处理(Natural Language Processing,NLP)与大语言模型(Large Language Models,LLMs)、机器视觉技术、机器听觉技术、知识管理系统和智能体技术五大人工智能技术赋能“包装设计”课程教学改革的创新路径。NLP与LLMs能处理教学沟通语义,为教学场景中理解、评价、描述等节点赋能;机器视觉技术能解析形态特征完成包装设计中的要素提取,为对比研究、学生作品量化评价提供数据支撑;机器听觉技术能捕获情感反馈,获取日常沟通和对话中的资讯,为师生交流和知识萃取提供技术工具;知识管理系统支撑决策,辅助系统归档知识、快捷检索;智能体技术实现环境交互体验提升。基于多模态智能融合的教学模式,不仅丰富了教学内容和形式,也提升了学生的技术敏感度和技术认知。该教学改革创新路径为人工智能赋能“包装设计”课程教学改革系统化地构建了一个基础框架。展开更多
文摘The features of information technology (IT) are discussed first. On this basis, the features of space information technology (SIT) are presented and SIT is elaborated in five categories. The popularization of SIT is an informatization process and will promote the industrialization of national economy and the modernization of industry such as agriculture. The necessity of the synthetical application of SIT is studied emphatically, and the development trend of SIT is discussed.
文摘在国家人工智能战略背景下,包装设计教育面临智能化转型的迫切需求。本研究系统探索了自然语言处理(Natural Language Processing,NLP)与大语言模型(Large Language Models,LLMs)、机器视觉技术、机器听觉技术、知识管理系统和智能体技术五大人工智能技术赋能“包装设计”课程教学改革的创新路径。NLP与LLMs能处理教学沟通语义,为教学场景中理解、评价、描述等节点赋能;机器视觉技术能解析形态特征完成包装设计中的要素提取,为对比研究、学生作品量化评价提供数据支撑;机器听觉技术能捕获情感反馈,获取日常沟通和对话中的资讯,为师生交流和知识萃取提供技术工具;知识管理系统支撑决策,辅助系统归档知识、快捷检索;智能体技术实现环境交互体验提升。基于多模态智能融合的教学模式,不仅丰富了教学内容和形式,也提升了学生的技术敏感度和技术认知。该教学改革创新路径为人工智能赋能“包装设计”课程教学改革系统化地构建了一个基础框架。