Automated surveillance systems observe the environment utilizing cameras. The observed
scenario is then analysed using motion detection, crowd behaviour, individual behaviour …

Multi-camera vision systems (MVS) have a larger field of view than a single camera and are
often applied to acquire geometric information of large-scale objects or scenes. Data …

We discussed emerging multicamera tracking algorithms that find their roots in signal
processing, wireless sensor networks, and computer vision. Based on how cameras share …

This article deals with a simple and flexible extrinsic calibration method, for non-overlapping
camera rig. The cameras do not see the same area at the same time. They are rigidly linked …

This paper proposes a method that localizes two surveillance cameras and simultaneously
reconstructs object trajectories in 3D space. The method is an extension of the Direct …

Multi-camera systems are more and more used in vision-based robotics. An accurate
extrinsic calibration is usually required. In most of cases, this task is done by matching …

Simple methods to calibrate non-overlapping cameras using markers on the cameras are
proposed. By adding an augmented reality (AR) marker to a camera, we can find the …

One characteristic of non-volatile memory (NVM) is that, even though it supports non-
volatility, its retention capability is limited. To handle this issue, previous studies have …

Most recent developments in car technology promise that future cars will be equipped with
many cameras facing different directions (eg: headlights, wing mirrors, break lights etc.). This …

From the streets of London to subway stations in New York City, hundreds of thousands of
surveillance cameras ubiquitously collect hundreds of thousands of videos, often running …