Media Summary: This video breaks down the five most common ways robots answer "where am I, and how do I get to my goal?": wheel A mesh model extruded from a floor plan is rendered every frame through OpenGL for model alignment using planes and lines ... The video shows the results of estimating

Visual Odometry Drift In Loop - Detailed Analysis & Overview

This video breaks down the five most common ways robots answer "where am I, and how do I get to my goal?": wheel A mesh model extruded from a floor plan is rendered every frame through OpenGL for model alignment using planes and lines ... The video shows the results of estimating

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Visual Odometry (Drift in loop closures)
5 Ways Robots Navigate (Odometry, GPS, Visual Odometry, SLAM, Nav2)
Low-Drift Visual Odometry in Structured Environments Decoupling Rotation & Translation (ICRA 2018)
LDSO: Direct Sparse Odometry with Loop Closure
3DIO: Low-drift 3D Deep-inertial Odometry for Indoor Localization Using an IMU
Visual Odometry with Drift-Free Rotation Estimation Using Indoor Scene Regularities (BMVC 2017)
Towards zero-drift AR by combining mesh model tracking with visual odometry
RC Car Visual Odometry
RTAB-Map VIO with Intel D435i | SLAM Drift & Loop Closure Issues (ROS + Gazebo + ArduPilot)
Visual Odometry Drift due to River Flow
FlightGoggles: Visual-inertial-odometry flight with photorealistic camera simulation in the loop
100 fps & Very Low Drift Visual Odometry - New College Data Set (source code available)
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Visual Odometry (Drift in loop closures)

Visual Odometry (Drift in loop closures)

Visual Odometry (Drift in loop closures)

5 Ways Robots Navigate (Odometry, GPS, Visual Odometry, SLAM, Nav2)

5 Ways Robots Navigate (Odometry, GPS, Visual Odometry, SLAM, Nav2)

This video breaks down the five most common ways robots answer "where am I, and how do I get to my goal?": wheel

Low-Drift Visual Odometry in Structured Environments Decoupling Rotation & Translation (ICRA 2018)

Low-Drift Visual Odometry in Structured Environments Decoupling Rotation & Translation (ICRA 2018)

We present a low-

LDSO: Direct Sparse Odometry with Loop Closure

LDSO: Direct Sparse Odometry with Loop Closure

Publication: LDSO: Direct Sparse

3DIO: Low-drift 3D Deep-inertial Odometry for Indoor Localization Using an IMU

3DIO: Low-drift 3D Deep-inertial Odometry for Indoor Localization Using an IMU

We propose a low-

Visual Odometry with Drift-Free Rotation Estimation Using Indoor Scene Regularities (BMVC 2017)

Visual Odometry with Drift-Free Rotation Estimation Using Indoor Scene Regularities (BMVC 2017)

We propose a hybrid

Towards zero-drift AR by combining mesh model tracking with visual odometry

Towards zero-drift AR by combining mesh model tracking with visual odometry

A mesh model extruded from a floor plan is rendered every frame through OpenGL for model alignment using planes and lines ...

RC Car Visual Odometry

RC Car Visual Odometry

Post processed

RTAB-Map VIO with Intel D435i | SLAM Drift & Loop Closure Issues (ROS + Gazebo + ArduPilot)

RTAB-Map VIO with Intel D435i | SLAM Drift & Loop Closure Issues (ROS + Gazebo + ArduPilot)

In this video, we demonstrate a

Visual Odometry Drift due to River Flow

Visual Odometry Drift due to River Flow

Visual Odometry Drift due to River Flow

FlightGoggles: Visual-inertial-odometry flight with photorealistic camera simulation in the loop

FlightGoggles: Visual-inertial-odometry flight with photorealistic camera simulation in the loop

FlightGoggles:

100 fps & Very Low Drift Visual Odometry - New College Data Set (source code available)

100 fps & Very Low Drift Visual Odometry - New College Data Set (source code available)

The video shows the results of estimating

Visual Odometry, Towne Building Loop

Visual Odometry, Towne Building Loop

"Sparse Monocular