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Published in:
2021 | OriginalPaper | Chapter
Evolutionary Optimization of Spatial Light Modulator for Advanced Wavefront Control in an Optically Addressable ‘Electric See-Through Skin’
Author : Vijay A. Kanade
Published in: Evolutionary Computing and Mobile Sustainable Networks
Publisher: Springer Singapore
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Abstract
The research proposal discloses an electronic see-through skin that can be worn or wrapped around any object (i.e., human body, hands, legs, brain, etc.) and would allow to see-through the object irrespective of its physicality. The see-through skin modulates the light rays passing through the scattering opaque medium by utilizing the “Spatial Light Modulator (SLM).” The proposal elaborates on the optimization of the SLM for wavefront control of the light rays as they pass through the optically adaptive electric see-through skin. The optimized SLM helps to see-through any opaque object by resolving the shape of an object that is hidden behind the opaque object and is not in a direct view. The research proposal presents the simulation results of the evolutionary algorithm employed for optimizing the SLM.