MUMBAI, India, Oct. 12 -- Intellectual Property India has published a patent application (202641119615 A) filed by Bannari Amman Institute Of Technology on October 06, 2026, for Multi-Modal Confidence Guided Intelligent Region-Of-Interest Processing For Smart Vision Augmentation.
Inventors include Thareneesh P R; Aadharsh D; Kirubakaran S; Naveen Raj S; and Senthil Kumar G.
The application for the patent was published on October 09, 2026, under issue no. 41/2026.
Abstract: Multi-Modal Confidence Guided Intelligent Region-of-Interest (ROI) Processing System for Smart Vision Augmentation The present invention relates to Multi-Modal Confidence Guided Intelligent Region of Interest (ROI) Processing System for Smart Vision Augmentation. The present invention relates to a confidence-guided multi- modal smart vision augmentation method and system for intelligent Region-of-Interest (ROI) identification, prioritization and contextual information augmentation in wearable smart vision devices. The method comprises receiving visual information (101), pre-processing the received visual information (102), identifying a region of interest (ROI) (103), extracting contextual metadata (104), analyzing the contextual metadata with an artificial intelligence (105), retrieving additional information (106), validating the contextual metadata between multiple sources (107), generating a confidence score and evaluating the confidence score (108), selectively augmenting the display of information (109-111), evaluating the privacy and security of the information (112-113), evaluating the power management (114-115), performing real-time augmentation (116), storing session information (117), continuously monitoring the process (118), and terminating the process (119).The system has an image acquisition module (202), an eye-tracking module (203), a head orientation module (204), a gesture recognition module (205), a voice processing module (206), an environmental sensing module (207), a multi-modal fusion engine (208), a confidence score generation module (209), a ROI prioritization engine (210), a user intent prediction module (211), a risk assessment module (212), a context-aware augmentation engine (213), and an adaptive display interface (214). The invention improves ROI selection accuracy, reduces false-positive detections, improves situational awareness, enables predictive and personalized augmentation, protects sensitive information, and provides energy-efficient real-time smart vision augmentation.
Disclaimer: Curated by HT Syndication.
