In this paper the two reinforcement learning algorithmsQ-learning and deep Q-learning (DQN) are used tobalance an inverted pendulum. In order to compare the two, bothalgorithms are optimized to some extent, by evaluating differentvalues for some parameters of the algorithms. Since the differencebetween Q-learning and DQN is a deep neural network (DNN),some benefits of a DNN are then discussed.The conclusion is that this particular problem is simple enoughfor the Q-learning algorithm to work well and is preferable,even though the DQN algorithm solves the problem in fewerepisodes. This is due to the stability of the Q-learning algorithmand because more time is required to find a suitable DNN andevaluate appropriate parameters for the DQN algo...
Algoritmer baserade på reinforcement learning har framgångsrikt tillämpats på många olika maskininlä...
Deep reinforcement learning which involved reinforcement learning with artificial neural networks al...
In this work, a Nadaraya-Watson kernel based learning system which owns general regression neural ne...
In this paper the two reinforcement learning algorithmsQ-learning and deep Q-learning (DQN) are used...
This paper presents a modification of the deep Q-network (DQN) in deep reinforcement learning to con...
Reinforcement learning can be compared to howhumans learn – by interaction, which is the fundamental...
In this project, we aim to reproduce previous resultsachieved with Deep Reinforcement Learning. We p...
This paper proposes a neural network based reinforcement learning controller that is able to learn c...
This work aims to utilize some Machine Learning algorithms to solve the inverted pendulum problem wi...
In the past decade, machine learning strategies centered on the use of Deep Neural Networks (DNNs) h...
The aim of this bachelor thesis is to teach a neural network solving classic control theory problems...
Using the powerful methods developed in the fieldof reinforcement learning requires an understanding...
This work aims at constructing a bridge between robust control theory and reinforcement learning. Al...
This report investigates the implementation of a Deep Reinforcement Learning (DRL) algorithm for com...
Machine learning algorithms have many applications, both for academic and industrial purposes. Examp...
Algoritmer baserade på reinforcement learning har framgångsrikt tillämpats på många olika maskininlä...
Deep reinforcement learning which involved reinforcement learning with artificial neural networks al...
In this work, a Nadaraya-Watson kernel based learning system which owns general regression neural ne...
In this paper the two reinforcement learning algorithmsQ-learning and deep Q-learning (DQN) are used...
This paper presents a modification of the deep Q-network (DQN) in deep reinforcement learning to con...
Reinforcement learning can be compared to howhumans learn – by interaction, which is the fundamental...
In this project, we aim to reproduce previous resultsachieved with Deep Reinforcement Learning. We p...
This paper proposes a neural network based reinforcement learning controller that is able to learn c...
This work aims to utilize some Machine Learning algorithms to solve the inverted pendulum problem wi...
In the past decade, machine learning strategies centered on the use of Deep Neural Networks (DNNs) h...
The aim of this bachelor thesis is to teach a neural network solving classic control theory problems...
Using the powerful methods developed in the fieldof reinforcement learning requires an understanding...
This work aims at constructing a bridge between robust control theory and reinforcement learning. Al...
This report investigates the implementation of a Deep Reinforcement Learning (DRL) algorithm for com...
Machine learning algorithms have many applications, both for academic and industrial purposes. Examp...
Algoritmer baserade på reinforcement learning har framgångsrikt tillämpats på många olika maskininlä...
Deep reinforcement learning which involved reinforcement learning with artificial neural networks al...
In this work, a Nadaraya-Watson kernel based learning system which owns general regression neural ne...