Indoor Visual Navigation using Deep Reinforcement Learning: Deep Reinforcement Learning
Author
Term
4. semester
Education
Publication year
2018
Submitted on
2018-06-07
Pages
95
Abstract
The focus of this project is to train an agent to improve its behaviour of navigating in an indoor environment using visual input. This is done through the use of deep reinforcement learning trained on images to find a number of target positions. The work in this project is based on where an agent is trained on 100 million images to find 100 targets. The performance of this algorithm shows that there are room for improvements. Therefore, in this project an analysis of what such as agent learns during the training is carried out to get an understanding of what the agent learns and how this might effect the performance. A way to visualize what the agent learns during the training is proposed to help this analysis.
The focus of this project is to train an agent to improve its behaviour of navigating in an indoor environment using visual input. This is done through the use of deep reinforcement learning trained on images to find a number of target positions. The work in this project is based on where an agent is trained on 100 million images to find 100 targets. The performance of this algorithm shows that there are room for improvements. Therefore, in this project an analysis of what such as agent learns during the training is carried out to get an understanding of what the agent learns and how this might effect the performance. A way to visualize what the agent learns during the training is proposed to help this analysis.
Documents