搜寻结果
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互動性人工智能時裝設計助理(AiDA) | 研究及創新事務處
技術特點. 快速構思:市場首創的嶄新科技,能從設計師「靈感板」(mood board)的圖像、顏色選擇、布料印花及草圖等識別設計師的創作意念,在約十秒內生成一個嶄新時裝系列。 便捷易用:採用直觀的介面設計,讓新晉以至專業設計師都可以按照實際的時裝設計流程創作出獨有的設計。 高智能數碼化: 加快產品由創意概念到上市的速度,以先進科技加速數碼化轉型迎接工業4.0。 請看此瀏覽AiDA的訪問.
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https://www.polyu.edu.hk/rio/for-partner-old/opus/
Technology Showcase PolyU Scholars Hub Researchers Research Outputs Prizes Theses Funding & Awards Funding and Award Opportunities Major External Funding/Awards Obtained Guidelines, Forms & Systems Online Systems Forms Handbooks and
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Technology Showcase. Environment and Sustainability. Harnessing materials and mechanics science for a sustainable energy. Cutting-edge materials science and engineering play a key role in clean energy conversion.
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https://www.polyu.edu.hk/rio/research-resources/research-salons/
Research Salons / Briefing Sessions. 25 Mar 2024. Introduction to the Funding Schemes Administered by the Department of Science and Technology of Guangdong Province. 07 Mar 2024. Research Salon on Introduction to UK Research and Innovation (UKRI) and International Funding Opportunities. 22 Jan 2024.
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Technology Showcase. AI and Data Science. An Online Data-driven Intelligent Automation Platform for Drivers Considering the Psychological Condition Instability and Behaviours for a Sustainable and Safe Transportation System. Human factors are always a key contributor to road traffic accidents.
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Technology Showcase. AI and Data Science. Artificial Intelligence-based Interactive Design Assistant for Fashion (AiDA) Developed by AiDLab, AiDA empowers fashion designers, based on their creative inspirations, to work with AI for creating original designs speedily.
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PolyU Scholars Hub | Research and Innovation Office
https://www.polyu.edu.hk/rio/research-highlight/polyu-scholar/
Technology Showcase PolyU Scholars Hub Researchers Research Outputs Prizes Theses Funding & Awards Funding and Award Opportunities Major External Funding/Awards Obtained Guidelines, Forms & Systems Online Systems Forms Handbooks and
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Online Systems | Research and Innovation Office
https://www.polyu.edu.hk/rio/guidelines-forms-and-systems/online-systems/
Technology Showcase Technology & Collaborative Platform External Partnership Opportunities
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人工智能光纤布∶适用于室内设计、时装与复康的纺织品 | 研究及创新事务处 - The Hong Kong Polytechnic University (PolyU)
2022年11月. 人工智能光纤布是由 AiDLab(人工智能设计研究所) 的陈芊瑞博士 (Dr Jeanne Tan)和她的团队研发。 是世界上第一个通过非接触式手势和身体姿势识别来改变光纤颜色的智能织品。 它具有两个独特的功能:配备自建算法的脱机系统和专利的光纤(POF)针织布。 这种专利的技术将传统、被动的物料转化成直觉和交互式智能织物,可以实时制定光纤的颜色。 当中的针织布可以按多种不同表面图案、纹理和重量织成,触感柔软,是材料与科技无缝结合的完美体现。 设计的原意是创造一种交互式智能织物,透过直觉的方式,使所有年龄、背景和能力的用户都能以无所不在的材料、以舒适和熟悉的触感进行互动和表达自己。 人工智能光纤布包含非接触式手势识别系统和由光纤和纱线组合而成的针织光纤布。
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https://www.polyu.edu.hk/rio/guidelines-forms-and-systems/online-systems/pgms/
Technology Showcase Technology & Collaborative Platform External Partnership Opportunities