Overall Design Considerations:
- New AR/MR Use Cases
- Software/Application Content
- Smartphone Eco Systems
- Human Vision- Centric Designs
- Etendue/Lagrange Invariant Laws
- Human- Centric Physical Designs
- Vestibular and Fashion Considerations
Specific NetAirus’ Designs:
- Metasurfaces Combined with _______
- Methods to Circumvent the Invariants
- Display Tiling Designs by means of ______
- Image Stitching with _______ Designs
- Micro Lens Arrays applied to _______
- _______ Combined with Aerial Images
- _______ applied to Binocular Overlap Designs
- Optimum _______ Designs for AR/MR/SG
- AR/MR/SG Headsets configured to __________
- __________ type Smart Glasses Designs
- Free-space Combiners adapted to _______
- Light Guide Combiner System modified for ______
- EPE Waveguide Combiners
- Dynamic __________ Lens Technologies
- Proprietary Light Engines
- Adaptive Lens Systems adapted to ________
- Proprietary ________ Lenses
- Combined _______ Lens with ________
- ________ Patterned _______ Electrodes
- Floating ________Electrodes Designs
- ________ type Electrode Structures
- Proprietary Lens System Designs
- Cell Structures adapted to ________
- Integrated AR/MR/SG Systems
- Waveguide Combiners Adapted to ________
- Diffraction Waveguides
- HOE Waveguide Optical Combiners
- Waveguides System modified for _______
- LOE Optical Combiner Systems
- Laser Based Light Engines combined with _______
- Mutual Occlusion Methods using _________
- Proprietary __________ Occlusion Designs
- Light Weight Headset Designs having _____
- Human Eye/Vision Centric Designs
- Gaze-contingent __________ System
- Foveated Displays with_______ Sensor Arrays
- Front End Data Fusion Algorithms
- Distributed ________Programs
- _________ Interpolation Methods
- Foveated Displays combined with _________
Specific NetAirus’ Designs (continued):
- Monocular Headset Designs adapted to _________
- Binocular Headsets for _______
- New type Micro-displays and Systems
- Multiple Display Channels for __________
- Optical Systems configured to _______
- Catadioptric Lens Solutions
- New Nanocomposite Materials Applied to _______
- Multipath Birefringent Lens Systems
- Metasurfaces adapted to ________
- Proprietary AR/MR/SG Designs
- Foveated Display Designed for _______
- ET Gaze _______Systems
- Pupil Glint-based ET Systems
- Image ET Systems Designed to ________
- Proprietary Retinal ET Systems
- LOS Gaze Angle Determination by _________
- Mitigation of Headset Slippage Errors
- Reducing Perceptional Instabilities by means of _______
- Integrated 5G Interface Designs
- Unique _______ Design and ______ Systems
- Software Content for AR/MR/SG HMDs
- Integration of ______ Algorithms
- Proprietary _______ UI Designs
- AR/SG Frame Designs configured to _________
AR/MR/SG Artificial Intelligence Program Designs:
- AI and ML Factors for AR/MR/SG HMDs
- Supervised ML Algorithms adapted to ________
- Unsupervised ML Algorithms adapted to ________
- Specific _______ ML and AI Program Functions
- AI/ML Algorithms Programs modified for _____
- AI Training Programs by means of _______
Vision Correction and AR Designs:
- Adaptive Correction Lenses
- Lens Displacement Designs
- Pancake Lens Systems applied to _______
- Piezoelectric Bi-morph Configurations
- Micro-lens Arrays adapted to ________
- Freeform Rx Lens Systems
- Alvarez Lens _______ Designs
- Proprietary Focal Tuning Lens Designs
- Integrated _________ with Rx Lenses
- Integrating Optics Design to Smart Glasses