Description
The project concerns the implementation of an R&D module. Within this module, R&D work will be carried out with the aim of developing an innovative multi-lens and modular system for recording image and sound in VR technology, featuring advanced distortion correction and quality optimization, used for broadcasting cultural and sporting events, among others. The resulting tool will be a complete technology consisting of hardware, image and sound algorithms, and the embedded software necessary for its operation. The competitive advantage of the solution resulting from the work will stem from, among other things, the use of:
- multi-lens recording device,
- laser-based image distortion correction system,
- ambisonic sound recording technology using directional microphones and room acoustic correction,
- modern CMOS sensors.
The project result will be aimed primarily at entities involved in organizing cultural and sporting events, as well as artists.
Project goal
The project aims to carry out a series of logically planned R&D activities to develop complementary hardware and software solutions that make up a system for recording image and sound in VR technology, featuring advanced distortion correction and quality optimization, used for broadcasting cultural and sporting events, among others.
- Multi-lens device recording images in a range of at least 220 degrees, designed for display in VR headsets.
- High image resolution, at least 4200x2200 pixels, adapted to the capabilities of modern VR headsets.
- Interchangeable lenses and a laser-based image distortion correction system, allowing the operator to calibrate lenses before recording.
- Modern CMOS sensors with increased light sensitivity and a large surface area, providing better image dynamics in challenging lighting conditions.
- Ambisonic sound recording system that creates a three-dimensional musical soundstage around the listener, which shifts in sync with their head movements.
Project value (total project cost): PLN 12,355,697.58
European Funds contribution: PLN 9,093,270.21
#EUFunds or #EuropeanFunds.