In the world of robotics, problems of visual SLAM requires an understanding of loop-closure detection and global localization, having said that in order to perform mapping and localization simultaneously we should be able to efficiently recognize an environment that has been previously visited using the current data from our RGBD camera. In this paper we present an online method to recognize and generate information regarding a previously visited place using the visual bag of words model which relies on Bayesian filtering to calculate the probability of loop closure. We would also demonstrate the robustness and effectiveness of our method by real time loop closure detection for an indoor image sequence using Microsoft Kinect camer
In this study we describe a new appearance-based loop-closure detection method for online incrementa...
This paper describes a probabilistic approach to the problem of recog-nizing places based on their a...
This paper describes a probabilistic approach to the problem of recognizing places based on their ap...
Abstract—In robotic applications of visual simultaneous local-ization and mapping techniques, loop-c...
Abstract — In robotic applications of visual simultaneous localization and mapping, loop-closure det...
Loop-closure detection is crucial for enhancing the robustness of SLAM algorithms in general. For ex...
Loop-closure detection is crucial for enhancing the robustness of SLAM algorithms in general. For ex...
Loop closing is the problem of correctly asserting that a robot has returning to a previously visite...
In this paper we describe a system for use on a mobile robot that detects potential loop closures us...
In this paper we describe a system for use on a mobile robot that detects potential loop closures us...
This thesis is concerned with the detection of loop closing in a Simultaneous Localisation arid Mapp...
Within the context of Simultaneous Localisation and Mapping (SLAM), "loop closing" is the task of de...
This paper is concerned with "loop closing" for mobile robots. Loop closing is the problem of correc...
Abstract. One fundamental problem in mobile robotics research is Simultaneous Localization and Mappi...
Abstract — For large-scale and long-term simultaneous lo-calization and mapping (SLAM), a robot has ...
In this study we describe a new appearance-based loop-closure detection method for online incrementa...
This paper describes a probabilistic approach to the problem of recog-nizing places based on their a...
This paper describes a probabilistic approach to the problem of recognizing places based on their ap...
Abstract—In robotic applications of visual simultaneous local-ization and mapping techniques, loop-c...
Abstract — In robotic applications of visual simultaneous localization and mapping, loop-closure det...
Loop-closure detection is crucial for enhancing the robustness of SLAM algorithms in general. For ex...
Loop-closure detection is crucial for enhancing the robustness of SLAM algorithms in general. For ex...
Loop closing is the problem of correctly asserting that a robot has returning to a previously visite...
In this paper we describe a system for use on a mobile robot that detects potential loop closures us...
In this paper we describe a system for use on a mobile robot that detects potential loop closures us...
This thesis is concerned with the detection of loop closing in a Simultaneous Localisation arid Mapp...
Within the context of Simultaneous Localisation and Mapping (SLAM), "loop closing" is the task of de...
This paper is concerned with "loop closing" for mobile robots. Loop closing is the problem of correc...
Abstract. One fundamental problem in mobile robotics research is Simultaneous Localization and Mappi...
Abstract — For large-scale and long-term simultaneous lo-calization and mapping (SLAM), a robot has ...
In this study we describe a new appearance-based loop-closure detection method for online incrementa...
This paper describes a probabilistic approach to the problem of recog-nizing places based on their a...
This paper describes a probabilistic approach to the problem of recognizing places based on their ap...