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Microgestures, i.e. fast and subtle finger movements, have shown a high potential for ubiquitous interaction. However, work to-date either focuses on grasp contexts (holding an object) or on the free-hand context (no held object). These two ...

• Provides the results of a study on the feasibility of transferable microgestures.
• Defines a set of rules for predictively determining the feasibility of microgestures.
• Explores design of transferable microgesture sets for free-hand ...

Immersive technologies like Augmented Reality (AR) have a promising potential for group activities. Collaborative AR systems allow co-located and/or distant users to create, visualize and manipulate together a large variety of virtual content in ...

We present µGeT, a novel multimodal eyes-free text selection technique. µGeT combines touch interaction with microgestures. µGeT is especially suited for People with Visual Impairments (PVI) by expanding the input bandwidth of touchscreen devices, thus ...

In the active field of hand microgestures, microgesture descriptions are typically expressed informally and are accompanied by images, leading to ambiguities and contradictions. An important step in moving the field forward is a rigorous basis for ...

Hand microgestures define a promising modality for rapid and eye-free interaction while holding or not holding an object. While studied in many contexts, e.g. in virtual/augmented reality, there is no consensual definition of a microgesture, or a ...