Keynote speech I: Beyond multi-touch: Interactive surfaces that support haptic feedback and multiple independent views

S. Subramanian, Xiang Cao, Shengdong Zhao, Sudhir Dixit, Anil K. Gupta, Atanendu Sekhar Mandai, Manas Modi, R. Marimuthu, A. A. Nanavati, Nitendra Rajput, P. Yammiyavar
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Abstract

Although Multi-touch devices have become common in the consumer world, users have sacrificed the tactile feedback afforded by physical buttons. The Bristol Interaction and Graphics group has been exploring various technical solutions to create the next generation of touch interfaces that support multi-point haptic feedback as well as dynamic allocation of views to different users. In this talk I will present UltraHaptics a multi-point haptic feedback system that allows users to experience haptic feedback simultaneously in multiple locations on an interactive surface. This feedback is created in midair — so users don't have to touch or hold any device to experience it. Another system I will be talking about it PiVOT, a tabletop system where users can come together and view shared content or by leaning forward can get personalised views that are only visible from their particular view-point. This talk will present our recent research endeavors in this direction and present some design challenges.
主题演讲1:超越多点触摸:支持触觉反馈和多个独立视图的交互式表面
虽然多点触控设备在消费者世界中已经变得很普遍,但用户牺牲了物理按钮提供的触觉反馈。布里斯托尔交互和图形组一直在探索各种技术解决方案,以创建支持多点触觉反馈以及为不同用户动态分配视图的下一代触摸界面。在这次演讲中,我将介绍UltraHaptics,一个多点触觉反馈系统,允许用户在交互式表面的多个位置同时体验触觉反馈。这种反馈是在空中产生的,所以用户不必触摸或拿着任何设备就能体验到它。我要讲的另一个系统是PiVOT,这是一个桌面系统,用户可以聚集在一起查看共享内容,或者通过身体前倾可以获得只从他们特定的视点可见的个性化视图。这次演讲将介绍我们在这个方向上的最新研究成果,并提出一些设计挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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