REAL-SPACE IMAGE FORMATION SYSTEM WITH AI-BASED PERSPECTIVE COMPENSATION AND HOLOGRAPHIC EFFECT

Abstract

The present invention relates to a system for forming REAL IMAGES SUSPENDED IN SPACE, COMPRISING AT LEAST ONE PROJECTOR (1) THAT PROJECTS A PRE-DISTORTED IMAGE ONTO A DIFFUSING PROJECTION SURFACE (2). THE LIGHT DISPERSED BY THIS SURFACE IS REFLECTED BY A PARABOLOID MIRROR (3), WHICH Reorganize the light rays in order to reconstruct at least one REAL IMAGE (4) IN THE SPACE VISIBLE TO THE OBSERVER (5). The system integrates a processing module (7) configured for CALCULATE AND APPLY A THREE-DIMENSIONAL GEOMETRIC PRE-DISTORTION TO IMAGES BEFORE PROJECTION, ENSURING THAT THE DIFFUSING SURFACE (2) PROVIDES THE PARABOLOID MIRROR (3) WITH THE LUMINOUS GEOMETRY NECESSARY FOR THE CORRECT FORMATION OF THE REAL IMAGE (4). A Pre-distortion can be achieved by intelligent algorithms. ARTIFICIAL, THREE-DIMENSIONAL INVERSE OPTICAL MODELS, MAPPINGS 3D / UV GEOMETRIC DESIGNS OBTAINED BY CALIBRATION, OR BY OTHER METHODS ADDITIONAL INFORMATION INCLUDING NUMERICAL APPROXIMATIONS, TECHNIQUES OF Spatial interpolation or hybrid models that combine simulation OPTICS AND EXPERIMENTAL DATA. IN OPTIONAL VARIANTS, THE SYSTEM MAY INCLUDE SENSORS (6) Configured to detect the presence or approximate position of a OR MORE OBSERVERS (5), ALLOWING THE PROCESSING MODULE (7) Dynamically update the pre-distortion and apply compensation. REAL-TIME PERSPECTIVE. THESE VARIANTS MAKE POSSIBLE Visual stability, geometric coherence and, where applicable, GESTURAL INTERACTION IN THE VOLUME OF THE REAL IMAGE (4).