An integrated multi-modal actuated tangible user interface for distributed collaborative planning

Abstract

In this paper we showcase an integrative approach for our actuated Tangible Active Objects (TAOs), that demonstrates distributed collaboration support to become a versatile and comprehensive dynamic user interface with multi-modal feedback. We incorporated physical actuation, visual projection in 2D and 3D, and vibro-tactile feedback. We demonstrate this approach in a furniture placing scenario where the users can interactively change the furniture model represented by each TAO using a dial-based tangible actuated menu. We demonstrate virtual constraints between our TAOs to automatically maintain spatial relations.