Abstract
A system and method for dynamic environmental light reconstruction and dual-directional optical compensation are disclosed. The system utilizes a multimodal fusion engine combining a dual-engine vision processor (macro-facial shading and micro-corneal reflection) with a hardware hinge-angle sensor. By accurately reconstructing a 3D environmental light vector and correlating it with real-time device kinematics, the system simultaneously predicts physical glare points on the display and direct flare incidents on the camera lens. The system then executes localized display compensation based on a joint gaze-glare probability map, while predictively tuning camera image signal processor (ISP) parameters to ensure optimal visual readability and video capture quality under complex lighting environments.
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Recommended Citation
INC, HP, "Dynamic Glare Reconstruction for Adaptive Displays", Technical Disclosure Commons, (September 23, 2026)
https://www.tdcommons.org/dpubs_series/11838