Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An illusory sense of continuous directional pulling force can be induced by applying asymmetric vibration to the human skin [Amemiya, et. al., 2005]. The illusion enables a force display device without any external fulcrum, a requirement for portable or arable devices (e.g., smartphones) [Nakamura and Fukui 2007; Rekimoto 2013; Amemiya and Gomi 2014]. Once such haptic display device could be implemented into such mobile devices, this would enable series of attractive applications such as intuitive lead-by-hand navigation for people with visual impairment as ll as computer games with force feedback. Hover, the display device needs to be smaller, lighter, and require less energy compared to the current versions for the implementation. Since this would cause the devices to be aker, capable of producing smaller force sensation, a technique to improve the energy efficiency of the force display devices is essential.
['Tetsuhiko Teshima', 'Shinya Takamuku', 'Tomohiro Amemiya', 'Hiroaki Gomi']
I am writing a research paper on a idea Light touch on pillar array surface greatly improves direction perception induced by asymmetric vibration
[{"from": "human", "value": "I am writing a research paper on a idea Light touch on pillar array surface greatly improves direction perception induced by asymmetric vibration"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An illusory sense of continuous directional pulling force can be induced by applying asymmetric vibration to the human skin [Amemiya, et. al., 2005]. The illusion enables a force display device without any external fulcrum, a requirement for portable or arable devices (e.g., smartphones) [Nakamura and Fukui 2007; Rekimoto 2013; Amemiya and Gomi 2014]. Once such haptic display device could be implemented into such mobile devices, this would enable series of attractive applications such as intuitive lead-by-hand navigation for people with visual impairment as ll as computer games with force feedback. Hover, the display device needs to be smaller, lighter, and require less energy compared to the current versions for the implementation. Since this would cause the devices to be aker, capable of producing smaller force sensation, a technique to improve the energy efficiency of the force display devices is essential."}]