Result description
Head worn displays (HWD) has the potential to shape the future of human-computer interface. Various design approached have been researched for decades, but no solution has proved yet to address all points required for satisfactory user experience and wide consumer acceptance. In Wear3D project, we proposed the holographic HWD approach, and demonstrated that using holographic HWDs it is possible to achieve wide FOV, high image quality, attractive form factors and natural 3D all at the same time; which is not possible to achieve with any other method. We’ve also applied our results to head-up-displays (HUD) for next generation cars.
Wear3D ERC advanced project resulted in more than 10 patents and led to two well-funded spinoff companies for the commercialization of novel technologies. Companies are focused on head-up displays for automotive, head-worn displays for industrial applications.
During the project, multiple approaches for head worn display (HWD) designs have been explored, and it has been shown (as shared in a number of disseminations) that the holographic approach has the potential to provide the ultimate solution for HWD domain. In particular, we showed that with the holographic approach, it is possible to simultaneously achieve retinal resolution, wide field of view, attractive form factor and natural three dimensional visual experience with proper depth cues, free of any visual discomfort associated with accommodation/vergence conflict.
Addressing target audiences and expressing needs
- Grants and Subsidies
- Venture Capital
- Other type of Investment
New investors for our next investment round.
Research grants to explore new ideas in this field.
- Public or private funding institutions
- Research and Technology Organisations
- Academia/ Universities
- Private Investors
R&D, Technology and Innovation aspects
We developed advanced prototypes and have some PoC projects with customers.
HUD product is adaptable to automotive customer specifications.
Developed both software and hardware products, both are replicable and can be manufactured in high volume.
our startup company has sustainable value proposition to its customers.
- Global
Result submitted to Horizon Results Platform by KOC UNIVERSITY
