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沉浸式互动设计在科普展示活动中的应用研究

Research on the Application of Immersion Interactive Design in Popular Science Exhibition Activities
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摘要 在大数据信息时代下,数字媒体技术给科普展示活动提供了丰富多样的表现形式。沉浸式互动设计作为当今主流的展示方式,从本质上改变了参观者被动接受信息的传统模式,鼓励参观者到沉浸式互动展示的双向传播模式中探索和思考。文章通过梳理沉浸式互动的应用理论和应用技术,分析科普展示活动中的实践应用案例,探讨沉浸式互动设计在科普展馆中的发展趋势,以期提升参观者的兴趣与参与意识,从而提高科普效率和效果。 In the era of big data and information, digital media technology provides rich and diverse forms of expression for popular science display activities. Immersive interactive design, as the mainstream display mode, essentially changes the traditional mode of passive information reception by visitors, and encourages visitors to explore and think in the two-way communication mode of immersive interactive display. By combing the application theory and technology of immersive interaction, this paper analyzes the practical application cases in popular science exhibition activities, and discusses the development trend of immersive interactive design in popular science exhibition hall,in order to enhance the interest and participation consciousness of visitors, so as to improve the efficiency and effect of popular science.
作者 于文文 杨勇 YU Wen-Wen;YANG Yong(School of Architecture and Design,China University of Mining and Technology,Xuzhou Jiangsu221116,China)
出处 《机电产品开发与创新》 2022年第5期184-187,共4页 Development & Innovation of Machinery & Electrical Products
关键词 沉浸式设计 交互设计 科普展示 Immersion design Interactive design Popular science exhibition
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  • 1欧敏铨.手持装置多点触控技术的实现[J].电子产品世界,2008,15(4). 被引量:2
  • 2Lee S,Buxton W,Smith K C.A Multi-Touch Three Dimensional Touch-Sensitive Tablet[J].ACM SIG CHI Bulletin,1985,16(4):21-25.
  • 3Jangwoon K,Jaewan P,HyungKwan K,et al.HCI (Human Computer Interaction)Using Multi-Touch Tabletop Display[C] //PACRIM 07.IEEE 2007:391-394.
  • 4Nakatani L H,Rohrlich J A.Soft Machines:A Philosophy of User-Computer Interface Design[C] //CHI 83.ACM,1983:19-23.
  • 5Wellner P.Interacting with Paper on the DigitalDesk[J].Communications of the ACM,1993,36(7):87-96.
  • 6Dietz P,Leigh D.DiamondTouch:A Multi-User Touch Technology[C] //In Proc.UIST 01.ACM,2001:219-226.
  • 7Han J Y.Low-Cost Multi-Touch Sensing through Frustrated Total Internal Reflection[C] //In Proc.UIST 05.ACM,2005:115-118.
  • 8Matsushita N,Rekimoto J.HoloWall:Designing a Finger,Hand,Body,and Object Sensitive Wall[C] //In Proc.UIST 97.ACM,1997:209-210.
  • 9Wilson A D.PlayAnywhere:A Compact Interactive Tabletop Projection-Vision System[C] //In Proc.UIST 05.ACM,2005:83-92.
  • 10Microsoft Surface[EB/OL].[2009-01-14].http://www.microsoft.com/surface/index.html.

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