The paper analyzes the image quality in augmented reality display based on holographic waveguides. Brightness, brightness non-uniformity, image noise, etc., depend on the parameters of the waveguide substrate, the configuration, and the relief shape of diffraction optical elements. The optimal structure of holographic waveguides obtained by analog holography has been studied. The presented recommendations to achieve the best image quality are based on experimental results for different configurations of holographic waveguides
This thesis contains efforts toward head up display and augmented reality devices using combiners co...
The work documented in this dissertation presents a number of research efforts that utilize holograp...
Objective. We present a holographic near-the-eye display system enabling optical approaches for sigh...
In this research, studies were conducted on the possibility of providing thermal compensation of the...
To reveal the fundamental characteristic of the volume holographic waveguide for a head-mounted disp...
Augmented Reality headsets that are viable for the consumer market still face many optical challenge...
The eye-Tracking system plays an essential role in the augmented reality (AR) eyewear. Waveguide vol...
Augmented reality (AR) is the enhancement of our perception of the world around us. It promises the ...
Electronic holographic displays can reconstruct the optical wavefront of object light, exhibiting th...
Thesis: Ph. D., Massachusetts Institute of Technology, School of Architecture and Planning, Program ...
To date, planar waveguides are under development for augmented reality systems with waveguide combin...
In this paper, we analyze the image quality reconstructed by holographic display depending on spatia...
We present a novel near-eye display concept which consists of a waveguide combiner, a spatial light ...
Diffraction waveguides are widely used in augmented reality devices as information display systems f...
In this work we study and characterize and holographic waveguide system composed of two volume diffr...
This thesis contains efforts toward head up display and augmented reality devices using combiners co...
The work documented in this dissertation presents a number of research efforts that utilize holograp...
Objective. We present a holographic near-the-eye display system enabling optical approaches for sigh...
In this research, studies were conducted on the possibility of providing thermal compensation of the...
To reveal the fundamental characteristic of the volume holographic waveguide for a head-mounted disp...
Augmented Reality headsets that are viable for the consumer market still face many optical challenge...
The eye-Tracking system plays an essential role in the augmented reality (AR) eyewear. Waveguide vol...
Augmented reality (AR) is the enhancement of our perception of the world around us. It promises the ...
Electronic holographic displays can reconstruct the optical wavefront of object light, exhibiting th...
Thesis: Ph. D., Massachusetts Institute of Technology, School of Architecture and Planning, Program ...
To date, planar waveguides are under development for augmented reality systems with waveguide combin...
In this paper, we analyze the image quality reconstructed by holographic display depending on spatia...
We present a novel near-eye display concept which consists of a waveguide combiner, a spatial light ...
Diffraction waveguides are widely used in augmented reality devices as information display systems f...
In this work we study and characterize and holographic waveguide system composed of two volume diffr...
This thesis contains efforts toward head up display and augmented reality devices using combiners co...
The work documented in this dissertation presents a number of research efforts that utilize holograp...
Objective. We present a holographic near-the-eye display system enabling optical approaches for sigh...