A fast image rectification method for video captured with UAV hovering over traffic intersections

Extracting Road Features from Aerial Videos of Small Unmanned Aerial Vehicles

With major aerospace companies showing interest in certifying UAV systems for civilian airspace, their use in commercial remote sensing applications like traffic monitoring, map refinement, agricultural data collection, etc., are on the rise. But ambitious requirements like real-time geo-referencing of data, support for multiple sensor angle-of-views, smaller UAV size and cheaper investment cos...

Detecting and Counting Vehicles from Small Low-cost Uav Images

In recent years, many civil users have been interested in unmanned aerial vehicle (UAV) for traffic monitoring and traffic data collection because they have the ability to cover a large area, focus resources on the current problems, travel at higher speeds than ground vehicles, and are not restricted to traveling on the road network. This paper presents a method for detecting and counting vehic...

A four-step ortho-rectification procedure for geo-referencing video streams from a low-cost UAV

A four-step ortho-rectification procedure for geo-referencing video streams from a low-cost UAV

A four-step ortho-rectification procedure for geo-referencing video streams from a low-cost UAV