Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Traditional haptic interfaces require physical contact beten the haptic device and the user. An elegant and novel solution is to provide contactless tactile stimulation via airborne acoustic radiation pressure. Hover, the characteristics of contactless tactile displays are not ll studied in the literature. ,  study the characteristics of the ultrasonic tactile display as a haptic interface. In particular,  examine the effects of increasing the number of ultrasound transducers on four characteristics, namely the maximum producible force, the workspace, the workspace resolution, and the robustness of the simulation. Three rectangular-shaped 2D array configurations are considered: single-tile 10$$\,\times \,$$10 transducers, two-tiles 10$$\,\times \,$$20 transducers, and four-tiles 20$$\,\times \,$$20 transducers. Results show that the maximum producible force remains almost constant as the number of tiles increases, whereas the elevation at which these maxima are generated increases. The workspace increases along the xy-plane as the number of tiles increase almost linearly, hover, the elevation of the workspace remains almost the same. Finally,  found that the robustness of tactile display decreases as the number of tiles increases.
['Georgios Korres', 'Mohamad Eid']
I am writing a research paper on a idea Characterization of Ultrasound Tactile Display
[{"from": "human", "value": "I am writing a research paper on a idea Characterization of Ultrasound Tactile Display"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Traditional haptic interfaces require physical contact beten the haptic device and the user. An elegant and novel solution is to provide contactless tactile stimulation via airborne acoustic radiation pressure. Hover, the characteristics of contactless tactile displays are not ll studied in the literature. ,  study the characteristics of the ultrasonic tactile display as a haptic interface. In particular,  examine the effects of increasing the number of ultrasound transducers on four characteristics, namely the maximum producible force, the workspace, the workspace resolution, and the robustness of the simulation. Three rectangular-shaped 2D array configurations are considered: single-tile 10$$\\,\\times \\,$$10 transducers, two-tiles 10$$\\,\\times \\,$$20 transducers, and four-tiles 20$$\\,\\times \\,$$20 transducers. Results show that the maximum producible force remains almost constant as the number of tiles increases, whereas the elevation at which these maxima are generated increases. The workspace increases along the xy-plane as the number of tiles increase almost linearly, hover, the elevation of the workspace remains almost the same. Finally,  found that the robustness of tactile display decreases as the number of tiles increases."}]