Inspired by the ubiquitous use of reflections in human vision system, in this paper, we present our first step exploration of using reflections to extend the FOV of cameras in computer vision applications. We make use of a stereo camera, and establish mathematical models for locating objects from their mirror reflections. We also propose a pipeline to track and locate moving objects from their reflections captured in videos. Experimental results demonstrated the efficiency and effectiveness of the proposed method, and verified the potential use of reflections in locating non-line of sight (NLOS) objects
The ability to use a mirror as an instrument for spatial rea-soning enables an agent to make meaning...
Reflections in image sequences violate the single layer model used by most current image processing ...
Capable mobile manipulators require sophisticated sensing and environment perception. An important t...
Inspired by the ubiquitous use of reflections in human vision system, in this paper, we present our...
International audienceThis paper presents a novel algorithm for the removal of reflections generated...
The ability to detect motion and track a moving object hidden around a corner or behind a wall provi...
This paper presents a novel algorithm for the removal of reflections generated by objects on reflect...
Non-line-of-sight (NLOS) imaging methods are capable of reconstructing complex scenes that are not v...
The primary goal of this thesis is to establish fundamental algorithms for visibility in reflective ...
On the way to autonomous robots, perception is a key point. Among all the perception senses, vision ...
We propose a framework for calibration, positioningand tracking in a scene viewed by multiple camera...
This thesis considers the challenge of autonomous robot navigation. Effective self-guiding robots ar...
This paper presents a novel method for reflection re-moval in the context of an object detection sys...
Planar catadioptric vision sensors consist of a pinhole camera observing a scene being reflected on ...
Range cameras using structured light and triangulation are essentially based on the assumption of on...
The ability to use a mirror as an instrument for spatial rea-soning enables an agent to make meaning...
Reflections in image sequences violate the single layer model used by most current image processing ...
Capable mobile manipulators require sophisticated sensing and environment perception. An important t...
Inspired by the ubiquitous use of reflections in human vision system, in this paper, we present our...
International audienceThis paper presents a novel algorithm for the removal of reflections generated...
The ability to detect motion and track a moving object hidden around a corner or behind a wall provi...
This paper presents a novel algorithm for the removal of reflections generated by objects on reflect...
Non-line-of-sight (NLOS) imaging methods are capable of reconstructing complex scenes that are not v...
The primary goal of this thesis is to establish fundamental algorithms for visibility in reflective ...
On the way to autonomous robots, perception is a key point. Among all the perception senses, vision ...
We propose a framework for calibration, positioningand tracking in a scene viewed by multiple camera...
This thesis considers the challenge of autonomous robot navigation. Effective self-guiding robots ar...
This paper presents a novel method for reflection re-moval in the context of an object detection sys...
Planar catadioptric vision sensors consist of a pinhole camera observing a scene being reflected on ...
Range cameras using structured light and triangulation are essentially based on the assumption of on...
The ability to use a mirror as an instrument for spatial rea-soning enables an agent to make meaning...
Reflections in image sequences violate the single layer model used by most current image processing ...
Capable mobile manipulators require sophisticated sensing and environment perception. An important t...