We present the design and implementation of ForceForm, a prototype dynamically deformable interactive surface that provides haptic feedback. We use an array of electromag-nets and a deformable membrane with permanent magnets at-tached to produce a deformable interactive surface. The sys-tem has a fast reaction time, enabling dynamic interaction. ForceForm supports user input by physically deforming the surface according to the user’s touch and can visualise data gathered from other sources as a deformed plane. We explore possible usage scenarios that illustrate benefits and features of the system and we outline the performance of the system. Author Keywords Tangible interaction; interactive surfaces; tactile feedbac
In this paper, a new concept of an interface system for 3-D geometric operation using a deformable r...
This paper outlines doctoral research that investigates the use of magnetic forces to achieve direct...
We describe a fully programmable Electrostatic Tactile (ET) feedback system that delivers a range of...
We present the design and implementation of ForceForm, a prototype dynamically deformable interactiv...
Touch surfaces are common devices but they are often uniformly flat and provide little flexibility b...
We present the initial exploration of using ForceForm, a dy- namically deformable interactive surfac...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
Physics education often relies on visualization of theoretical laws. While Java animations are wides...
We present design principles for conceiving tan- gible user interfaces for the interactive physicall...
Incorporating the sense of touch brings a new level of realism to human–computer interaction and thi...
We present a new tactile display for use in dexterous telemanipu-lation and virtual reality. Our sys...
We introduce a novel input device, deForm, that supports 2.5D touch gestures, tangible tools, and ar...
This paper was published in Proceedings of the Association for Computing Machinery Southeast Confere...
16th International Conference, ICCHP 2018, Linz, Austria, July 11-13, 2018, ProceedingsInternational...
This study presents deformable and flexible input system for designing 3D topography and continuous ...
In this paper, a new concept of an interface system for 3-D geometric operation using a deformable r...
This paper outlines doctoral research that investigates the use of magnetic forces to achieve direct...
We describe a fully programmable Electrostatic Tactile (ET) feedback system that delivers a range of...
We present the design and implementation of ForceForm, a prototype dynamically deformable interactiv...
Touch surfaces are common devices but they are often uniformly flat and provide little flexibility b...
We present the initial exploration of using ForceForm, a dy- namically deformable interactive surfac...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
Physics education often relies on visualization of theoretical laws. While Java animations are wides...
We present design principles for conceiving tan- gible user interfaces for the interactive physicall...
Incorporating the sense of touch brings a new level of realism to human–computer interaction and thi...
We present a new tactile display for use in dexterous telemanipu-lation and virtual reality. Our sys...
We introduce a novel input device, deForm, that supports 2.5D touch gestures, tangible tools, and ar...
This paper was published in Proceedings of the Association for Computing Machinery Southeast Confere...
16th International Conference, ICCHP 2018, Linz, Austria, July 11-13, 2018, ProceedingsInternational...
This study presents deformable and flexible input system for designing 3D topography and continuous ...
In this paper, a new concept of an interface system for 3-D geometric operation using a deformable r...
This paper outlines doctoral research that investigates the use of magnetic forces to achieve direct...
We describe a fully programmable Electrostatic Tactile (ET) feedback system that delivers a range of...