US US20260243898A1
A system and method for subsurface imaging and display employ a three-dimensional generative pre-trained transformer to simulate 3D images of environments below a surface, such as internal biology, underground formations (including sink holes), or underwater terrains. The system comprises a processor executing instructions stored in memory, coupled with a subsurface image capture module featuring wave generating devices and sensors affixed to a vehicle. It captures a series of digital image datasets with coordinate reference data, generates a coordinated digital model, determines a depth map, and identifies key subject points. This enables accurate 3D simulation and viewing compatible with the human visual system, mitigating vergence-accommodation conflicts for glasses-free display, while facilitating applications in health diagnostics, geological hazard detection, and environmental monitoring.
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