Coburn J. W.

Forrest Fabian Jesse

Jesse F. F.

Li Zhao

Weidong Li

Yao Chen

Zhenjiang Miao

 The usefulness of auricular muscle activation as a means of selection and activation of objects or locations is investigated. We find that in nearly half of those studied, use of this latent communication channel expands total expression channel capacity. A method is described that detects tension in auricular muscles, which is used to signify intent. This intent signal is then transmitted on the person's visual attention vector to select, activate, and control objects in an environment. </jats:p

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Presence Teleoperators & Virtual Environments

Auricular Tensing for Indication of Intent on a Visual Selection Vector

Auricular Tensing for Indication of Intent on a Visual Selection Vector

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