一个wyfiwifi设计工具

Oliver S. Schneider, Karon E Maclean
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引用次数: 0

摘要

仅给出摘要形式,如下。当前的触觉设计工具不足以满足日益增长的触觉反馈需求。设计师与他们的设计和最终用户都脱节了,他们依赖于编程语言或GUI工具,限制了动手探索和反馈的激发。触觉仪器是一种新型的工具,旨在为触觉设计师弥合这些差距。受音乐类型的启发,它们提供了参数化感觉的实时反馈,并使用多个输出显示来创建一个“你的感觉就是我的感觉”的界面,以改善交流。mHIVE是第一个实例,让设计师动态控制振动触觉执行器与触摸屏平板电脑,并通过双输出,促进沟通和快速反馈和评估。在这个演示中,您可以尝试mHIVE并探索这类新工具。让我们知道你的想法,并激发我们对触觉仪器的未来设计和可能的用途!
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mHIVE: A WYFIWIF design tool
Summary form only given, as follows. Current haptic design tools are inadequate for the increasing expectations of haptic feedback. Designers are disconnected from both their designs and their end-users, relying on programming languages or GUI tools that limit hands-on exploration and the elicitation of feedback. Haptic instruments are a new type of tool for haptic designers aimed at bridging these gaps. Inspired by the musical kind, they provide real-time feedback over a parameterized sensation, and use multiple output displays to create a “what-you-feel-is-what-I-feel” interface to improve communication. mHIVE is a first instance that lets designers dynamically control vibrotactile actuators with a touch-screen tablet and, through dual outputs, facilitates communication and rapid feedback and assessment. In this demo, you can try mHIVE and explore this new class of tool. Let us know what you think, and inspire us with future designs for and possible uses of haptic instruments!
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Robotically Embodied Biological Neural Networks to Investigate Haptic Restoration with Neuroprosthetic Hands. Identifying 3-D spatiotemporal skin deformation cues evoked in interacting with compliant elastic surfaces. Time-dependent Cues Encode the Minimum Exploration Time in Discriminating Naturalistic Compliances. Imaging the 3-D Deformation of the Finger Pad When Interacting with Compliant Materials. Haptic perception along the road from basic science to application
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