• Birdbath architecture for augmented reality (AR) system - part 1-System setup, optimization, and human vision simulation
• Head-up Display projection system: from Speos to OpticStudio - part2
• Head-up Display projection system: from Speos to OpticStudio - part1
• Simulation of Volume Holographic Grating Using Rigorous Coupled-Wave Analysis Method
• Birdbath architecture for augmented reality (AR) system - part 2 – Accurate polarizing element simulation
• Optimization of Exit Pupil Expander with 2D out-coupler
• Head-up Display: from OpticStudio to Speos
• Dynamic workflow between Lumerical RCWA and Zemax OpticStudio
• Stray light analysis for Head-up-Display - Part 3
• Stray light analysis for Head-up-Display - Part 2
• Stray light analysis for Head-up-Display - Part 1
• Modeling a Flash Lidar System - Part 3
• Modeling a Flash Lidar System - Part 2
• Modeling a Flash Lidar System - Part 1
• How to simulate exit pupil expander (EPE) with diffractive optics for augmented reality (AR) system in OpticStudio: part 4
• Simulating diffraction efficiency of surface-relief grating using the RCWA method
• Modelling a holographic waveguide for Augmented Reality (AR) systems: part 2
• Modelling a holographic waveguide for Augmented Reality (AR) systems: part 1
• Which tools to use when working on a Head-up-Display?
• How to model holograms in OpticStudio
• Designing a head-mounted display (HMD) for augmented reality systems in OpticStudio
• Simulating diffraction efficiency of a volume holographic grating using Kogelnik’s method
• How to simulate exit pupil expander (EPE) with diffractive optics for augmented reality (AR) system in OpticStudio: part 1
• How to simulate exit pupil expander (EPE) with diffractive optics for augmented reality (AR) system in OpticStudio: part 2
• How to simulate exit pupil expander (EPE) with diffractive optics for augmented reality (AR) system in OpticStudio: part 3