Inventor · Santa Monica, CA, US

Benjamin Sapp

20Patents

4h-index

37Co-inventors

59Inventor score

Filing activity: Sep 5, 2008 → Jan 25, 2024

Most-cited inventions

Patent	Title	Area	Cited by	Status
US10414395B1	Feature-based prediction	Physics	52	Active
US10627818B2	Temporal prediction model for semantic intent understanding	Performing Operations; Transporting	38	Active
US11195418B1	Trajectory prediction on top-down scenes and associated model	Physics	36	Active
US10955851B2	Detecting blocking objects	Physics	4	Active
US11055624B1	Probabilistic heat maps for behavior prediction	Physics	4	Active
US11169531B2	Trajectory prediction on top-down scenes	Performing Operations; Transporting	3	Active
US11987265B1	Agent trajectory prediction using target locations	Physics	2	Active
US11763668B2	Detecting blocking objects	Physics	1	Active
US12049221B2	Multi-modal multi-agent trajectory prediction	Performing Operations; Transporting	1	Active
US8194955B2	Method and system for detection of contrast injection in fluoroscopic image sequences	Physics	1	Active
US10981567B2	Feature-based prediction	Physics	0	Active
US11926347B2	Conditional agent trajectory prediction	Physics	0	Active
US11618481B2	Agent trajectory prediction using anchor trajectories	Physics	0	Active
US12183204B2	Trajectory prediction on top-down scenes and associated model	Physics	0	Active
US12325452B1	Agent trajectory prediction using dynamic candidate future intents	Performing Operations; Transporting	0	Active
US12365361B2	Agent trajectory prediction using target locations	Physics	0	Active
US12420846B2	Agent trajectory prediction using context-sensitive fusion	Performing Operations; Transporting	0	Active
US12097889B2	Agent trajectory prediction using anchor trajectories	Physics	0	Active
US12299898B2	Predicting the future movement of agents in an environment using occupancy flow fields	Physics	0	Active
US12249238B2	Detecting vehicle aperture and/or door state	Physics	0	Active

Source: USPTO / EPO open patent data. Inventor disambiguation is heuristic; counts are objective bibliographic measures.