Approximately 50 participants used the system.
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To investigate the usability of Sinkpad, we demonstrated a prototype at an academic workshop (20th Workshop on Interactive Systems and Software held in Japan). However, none of them focus on exploring the possibilities of a malleable mouse pad. There is other research on a malleable surfaces such as . While these systems required large form factors because they used optical sensing, our system is small because we use pressure sensing.
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deForm was a 2.5D surface that combined a deformable surface with arbitrary physical objects and manual manipulations that can handle a wide variety of inputs. PhotoelasticTouch was a tabletop system using deformable transparent objects on its surface. GelForce calculated the force vectors on a surface made of elastic material. There has been a lot of development of input surfaces made from elastic materials.
In contrast, we augmented the mouse pad so that users can use a conventional or augmented mouse on it. Much research has gone into augmenting mice with diverse features, such as extending its degrees of freedom , supporting touch interactions, adding pressure input , providing actuated inflation and deflation , and making the buttons adapt to the user’s fingers . Here, we summarize the work on augmenting the conventional mouse functionality and the input surfaces consisting of elastic materials. Sinkpad augments conventional mouse functionalities by using a malleable mouse pad that consists of an elastic material.
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