Depth estimation is one of the critical problems for autonomous vehicles (AVs) in 3D building modeling, SLAM, and localization. One solution is to leverage Radar and LiDAR to capture sparse point clouds, while the hardware is expensive for wide applications. Alternatively, deep learning (DL) networks have accomplished high performance in various vision tasks including image-based depth estimation, where only a camera is needed for image capturing. In this project, we investigate models to estimate depth using pure image information. We also conduct experiments to demonstrate the effectiveness and to evaluate the performance of these investigated models.Bachelor of Engineering (Electrical and Electronic Engineering
Funding Information: This work has been supported by a donation from Konecranes, Finnish Center for ...
In the past few years, a growing interest in mobile robot’s applications produce a persistent need t...
Depth is an essential component for various scene understanding tasks and for reconstructing the 3D ...
Depth information is a vital component for perception of the 3D structure of vehicle's surroundings ...
Vision based active safety systems have become more frequently occurring in modern vehicles to estim...
Modern autonomous mobile robots require a strong understanding of their surroundings in order to saf...
Modern autonomous mobile robots require a strong understanding of their surroundings in order to saf...
In this work, we propose a depth estimation system based on image sequence and odometry information....
Depth perception is paramount for many computer vision applications such as autonomous driving and ...
This electronic version was submitted by the student author. The certified thesis is available in th...
Depth estimation using stereo images is an important task in many computer vision applications. A st...
This paper examines accurate image depth determination to achieve accurate navigation. Accurate navi...
Depth estimation from 2D images is a fundamental problem in Computer Vision, and is increasingly bec...
Thesis (Ph.D.)--University of Washington, 2016-06In recent decades, we have witnessed the explosive ...
Estimating a road surface or planes for applying AR(Augmented Reality) or an autonomous vehicle usin...
Funding Information: This work has been supported by a donation from Konecranes, Finnish Center for ...
In the past few years, a growing interest in mobile robot’s applications produce a persistent need t...
Depth is an essential component for various scene understanding tasks and for reconstructing the 3D ...
Depth information is a vital component for perception of the 3D structure of vehicle's surroundings ...
Vision based active safety systems have become more frequently occurring in modern vehicles to estim...
Modern autonomous mobile robots require a strong understanding of their surroundings in order to saf...
Modern autonomous mobile robots require a strong understanding of their surroundings in order to saf...
In this work, we propose a depth estimation system based on image sequence and odometry information....
Depth perception is paramount for many computer vision applications such as autonomous driving and ...
This electronic version was submitted by the student author. The certified thesis is available in th...
Depth estimation using stereo images is an important task in many computer vision applications. A st...
This paper examines accurate image depth determination to achieve accurate navigation. Accurate navi...
Depth estimation from 2D images is a fundamental problem in Computer Vision, and is increasingly bec...
Thesis (Ph.D.)--University of Washington, 2016-06In recent decades, we have witnessed the explosive ...
Estimating a road surface or planes for applying AR(Augmented Reality) or an autonomous vehicle usin...
Funding Information: This work has been supported by a donation from Konecranes, Finnish Center for ...
In the past few years, a growing interest in mobile robot’s applications produce a persistent need t...
Depth is an essential component for various scene understanding tasks and for reconstructing the 3D ...