This thesis studies the problem of estimating the necessary information about the environment in order to make a robotic arm being able to learn autonomously simple control tasks. The state is estimated from a stream of images using a deep neural network. The network is divided into two models that estimate the state in parallel. The first one is an autoencoder like network that maps images to the states. The second one is a simple prediction model that infers the state from the previous one. On top of that, a model is proposed to estimate the uncertainty for each feature of the state estimated from the images. The two estimated states are joined together with this uncertainty measure to give a single robust state of the environment. To ass...
Pre-programming a robot may be efficient to some extent, but since a human has code the robot it wil...
Autonomous vehicles may be a part of our future no matter if we like it or not. The technology devel...
Mobile robots possess complex perception pipelines composed of visual and depth sensors which allow ...
This thesis studies the problem of estimating the necessary information about the environment in ord...
Deep reinforcement learning has been shown to be a potential alternative to a traditional controller...
I denne avhandlingen ble det utviklet et sim-til-real rammeverk for å løse visjonsbasert robot plukk...
Det å forbedre roboters autonomi har lenge vært et mål for forskere. Ulike verktøy har blitt brukt f...
Autonom navigering i stadig mer komplekse domener byr på nye utfordringer og stiller spørsmål ved ef...
In order for autonomous robots to perform tasks and safely navigate environments they need to have a...
Sammen med dyp læring har Reinforcement Learning (forsterkningslæring) hatt flere gjennombrudd de si...
Mobile robots must operate autonomously, often in unknown and unstructured environments. To achieve ...
The focus of this study was deep learning. A small, autonomous robot car was used for obstacle avoid...
Deep reinforcement learning algorithms typically require large amounts of data to solve a specific p...
Reinforcement learning was recently successfully used for real-world robotic manipulation tasks, wit...
A significant problem in robotics research is the problem of navigation. For a known environment, th...
Pre-programming a robot may be efficient to some extent, but since a human has code the robot it wil...
Autonomous vehicles may be a part of our future no matter if we like it or not. The technology devel...
Mobile robots possess complex perception pipelines composed of visual and depth sensors which allow ...
This thesis studies the problem of estimating the necessary information about the environment in ord...
Deep reinforcement learning has been shown to be a potential alternative to a traditional controller...
I denne avhandlingen ble det utviklet et sim-til-real rammeverk for å løse visjonsbasert robot plukk...
Det å forbedre roboters autonomi har lenge vært et mål for forskere. Ulike verktøy har blitt brukt f...
Autonom navigering i stadig mer komplekse domener byr på nye utfordringer og stiller spørsmål ved ef...
In order for autonomous robots to perform tasks and safely navigate environments they need to have a...
Sammen med dyp læring har Reinforcement Learning (forsterkningslæring) hatt flere gjennombrudd de si...
Mobile robots must operate autonomously, often in unknown and unstructured environments. To achieve ...
The focus of this study was deep learning. A small, autonomous robot car was used for obstacle avoid...
Deep reinforcement learning algorithms typically require large amounts of data to solve a specific p...
Reinforcement learning was recently successfully used for real-world robotic manipulation tasks, wit...
A significant problem in robotics research is the problem of navigation. For a known environment, th...
Pre-programming a robot may be efficient to some extent, but since a human has code the robot it wil...
Autonomous vehicles may be a part of our future no matter if we like it or not. The technology devel...
Mobile robots possess complex perception pipelines composed of visual and depth sensors which allow ...