iBoW-LCD: An Appearance-based Loop Closure Detection Approach using Incremental Bags of Binary Words

02/16/2018
by   Emilio Garcia-Fidalgo, et al.
0

In this paper, we introduce iBoW-LCD, a novel appearance-based loop closure detection method. The presented approach makes use of an incremental Bag-of-Words (BoW) scheme based on binary descriptors to retrieve previously seen similar images, avoiding any vocabulary training stage usually required by classic BoW models. In addition, to detect loop closures, iBoW-LCD builds on the concept of dynamic islands, a simple but effective mechanism to group similar images close in time, which reduces the computational times typically associated to Bayesian frameworks. Our approach is validated using several indoor and outdoor public datasets, taken under different environmental conditions, achieving a high accuracy and outperforming other state-of-the-art solutions.

READ FULL TEXT

page 1

page 2

page 3

page 4

research
09/03/2020

LiPo-LCD: Combining Lines and Points for Appearance-based Loop Closure Detection

Visual SLAM approaches typically depend on loop closure detection to cor...
research
01/15/2016

Learning Binary Features Online from Motion Dynamics for Incremental Loop-Closure Detection and Place Recognition

This paper proposes a simple yet effective approach to learn visual feat...
research
07/30/2021

Automatic Vocabulary and Graph Verification for Accurate Loop Closure Detection

Localizing pre-visited places during long-term simultaneous localization...
research
04/08/2023

SGIDN-LCD: An Appearance-based Loop Closure Detection Algorithm using Superpixel Grids and Incremental Dynamic Nodes

Loop Closure Detection (LCD) is an essential component of visual simulta...
research
02/28/2017

MILD: Multi-Index hashing for Loop closure Detection

Loop Closure Detection (LCD) has been proved to be extremely useful in g...
research
09/18/2017

Beyond SIFT using Binary features for Loop Closure Detection

In this paper a binary feature based Loop Closure Detection (LCD) method...
research
07/14/2022

Self-supervised Vector-Quantization in Visual SLAM using Deep Convolutional Autoencoders

In this paper, we introduce AE-FABMAP, a new self-supervised bag of word...

Please sign up or login with your details

Forgot password? Click here to reset