| 研究実績の概要 |
In FY 2023-2024, we continued the development of the haptic device, particularly in design optimization and application exploration, with a focus on VR environments.
Advancements in Haptic Unit Design: By relocating the tip attachment point, we successfully minimized the gap between the device and the skin, resulting in heightened perceived haptic sensations and improved accuracy in tacton identification. This redesign significantly enhances the device's usability and lays the groundwork for further refinement.
Evaluation and Application Exploration: We conducted comprehensive evaluations, especially within VR applications, and this was important to understand the device's performance and utility. Additionally, using established VR evaluation methods provided valuable insights into potential ways to improve the device, guiding our future development efforts.
Development of Off-the-Shelf Variant: We developed a simplified variant of the haptic device using components-off-the-shelf, which currently only provides vibrotactile feedback. This represents a strategic move towards facilitating the access to using the device and catering to diverse user needs. While currently limited in scope, this variant holds promise for broader adoption and application versatility.
With these advancements, our haptic device project continues to extend the field of tactile technology, creating an alternative for immersive, customizable experiences across various domains.
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| 今後の研究の推進方策 |
As we approach the final year of our project, we'll refine the device based on user feedback to make it as easy to use as possible. We'll also continue disseminating findings through journals and conferences, looking for collaborations with stakeholders to explore diverse applications. Additionally, we'll initiate an open-source initiative, ensuring the device and software are accessible and easy to use. Lastly, we'll expand using off-the-shelf components to other types of haptic feedback, offering users flexibility and improving access to tactile feedback for research and applications.
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