Colin Joseph Brown

REAL-TIME POSE ESTIMATION THROUGH BIPARTITE MATCHING OF HEATMAPS OF JOINTS AND PERSONS AND DISPLAY OF VISUALIZATIONS BASED ON THE SAME

APPROACHES TO GENERATING SEMI-SYNTHETIC TRAINING DATA FOR REAL-TIME ESTIMATION OF POSE AND SYSTEMS FOR IMPLEMENTING THE SAME

OBJECT IDENTIFICATIONS IN IMAGES OR VIDEOS

AUTOMATIC ON-DEVICE POSE LABELING FOR TRAINING DATASETS TO FINE-TUNE MACHINE LEARNING MODELS USED FOR POSE ESTIMATION

APPROACHES TO PROVIDING PERSONALIZED FEEDBACK ON PHYSICAL ACTIVITIES BASED ON REAL-TIME ESTIMATION OF POSE AND SYSTEMS FOR IMPLEMENTING THE SAME

HUMAN THREE-DIMENSIONAL (3D) SURFACE ESTIMATION WITH CORRECTION FOR PERSPECTIVE

GUIDING EXERCISE PERFORMANCES USING PERSONALIZED THREE-DIMENSIONAL AVATARS BASED ON MONOCULAR IMAGES

THREE-DIMENSIONAL MESH GENERATOR BASED ON TWO-DIMENSIONAL IMAGE

MECHANICAL WEIGHT INDEX MAPS FOR MESH RIGGING

REAL-TIME POSE ESTIMATION THROUGH BIPARTITE MATCHING OF HEATMAPS OF JOINTS AND PERSONS AND DISPLAY OF VISUALIZATIONS BASED ON THE SAME

TWO-DIMENSIONAL POSE ESTIMATION BASED ON BIPARTITE MATCHING OF JOINT TYPE HEATMAPS AND JOINT PERSON HEATMAPS

APPROACHES TO ESTIMATING HAND POSE WITH INDEPENDENT DETECTION OF HAND PRESENCE IN DIGITAL IMAGES OF INDIVIDUALS PERFORMING PHYSICAL ACTIVITIES AND SYSTEMS FOR IMPLEMENTING THE SAME

APPROACHES TO INDEPENDENTLY DETECTING PRESENCE AND ESTIMATING POSE OF BODY PARTS IN DIGITAL IMAGES AND SYSTEMS FOR IMPLEMENTING THE SAME

OBJECT IDENTIFICATIONS IN IMAGES OR VIDEOS

Three-dimensional mesh generator based on two-dimensional image

OBJECT THREE-DIMENSIONAL LOCALIZATIONS IN IMAGES OR VIDEOS