Visual Odometry using Convolutional Neural Networks
Alec Graves, Steffen Lim, Thomas K. Fagan, Kevin Stanley McFall · DigitalCommons - Kennesaw State University (Kennesaw State University) · 2017
Visual odometry is the process of tracking an agent's motion over time using a visual sensor. The visual odometry problem has only been recently solved using traditional, non-machine learning techniques. Despite the success of neural networks at many related problems such as object recognition, feature detection, and optical flow, visual odometry still has not been solved with a deep learning technique. This paper attempts to implement several Convolutional Neural Networks to solve the visual odometry problem and compare slight variations in data preprocessing. The work presented is a step toward reaching a legitimate neural network solution.