This work aims to utilize some Machine Learning algorithms to solve the inverted pendulum problem with one degree of freedom and compare the outcomes with the pole placement method. In this way, three reinforcement learning algorithms were implemented in python: HillClimbing with adaptive noise scaling, REINFORCE and DeepQNetworks and their results were compared with the state space pole placement method, also implemented in this work. The results showed that all the methodwere able to balance the pendulum. The ITAE errors with relation to the vertical angular position for the methods HillClimbing, REINFORCE, DeepQNetworks and Pole Placement were 410, 55, 50 and 52, respectively.Neste trabalho procura-se utilizar algoritmos de Machine Learn...
Orientador: Celso Pascoli BotturaTese (doutorado) - Universidade Estadual de Campinas, Faculdade de ...
[EN] The aim of this master thesis is to study the state of art of reinforment learning, particularl...
In this paper, the Reinforcement Learning problem is formulated equivalently to a Markov Decision Pr...
Inverted pendulum control is a benchmark control problem that researchers have used to test the new ...
In this paper the two reinforcement learning algorithmsQ-learning and deep Q-learning (DQN) are used...
Reinforcement learning Algorithms such as SARSA, Q learning, Actor-Critic Policy Gradient and Value ...
This paper presents a modification of the deep Q-network (DQN) in deep reinforcement learning to con...
This paper proposes a neural network based reinforcement learning controller that is able to learn c...
The rise of deep reinforcement learning in recent years has led to its usage in solving various chal...
Underactuated systems occur frequently in robotics and legged locomotion. Unactuated pendulum on an ...
Advisors: Brianno D. Coller.Committee members: Sachit Butail; Ji-Chul Ryu.Includes illustrations.Inc...
In this paper, a nonlinear control strategy is developed by applying the Reinforcement Learning (RL)...
The development of computational power is constantly on the rise and makes for new possibilities in ...
The main goal of this thesis was the evaluation and implementation of two types of reinforcement lea...
We introduce a reinforcement learning algorithm assisted by a feedback controller. The idea is to en...
Orientador: Celso Pascoli BotturaTese (doutorado) - Universidade Estadual de Campinas, Faculdade de ...
[EN] The aim of this master thesis is to study the state of art of reinforment learning, particularl...
In this paper, the Reinforcement Learning problem is formulated equivalently to a Markov Decision Pr...
Inverted pendulum control is a benchmark control problem that researchers have used to test the new ...
In this paper the two reinforcement learning algorithmsQ-learning and deep Q-learning (DQN) are used...
Reinforcement learning Algorithms such as SARSA, Q learning, Actor-Critic Policy Gradient and Value ...
This paper presents a modification of the deep Q-network (DQN) in deep reinforcement learning to con...
This paper proposes a neural network based reinforcement learning controller that is able to learn c...
The rise of deep reinforcement learning in recent years has led to its usage in solving various chal...
Underactuated systems occur frequently in robotics and legged locomotion. Unactuated pendulum on an ...
Advisors: Brianno D. Coller.Committee members: Sachit Butail; Ji-Chul Ryu.Includes illustrations.Inc...
In this paper, a nonlinear control strategy is developed by applying the Reinforcement Learning (RL)...
The development of computational power is constantly on the rise and makes for new possibilities in ...
The main goal of this thesis was the evaluation and implementation of two types of reinforcement lea...
We introduce a reinforcement learning algorithm assisted by a feedback controller. The idea is to en...
Orientador: Celso Pascoli BotturaTese (doutorado) - Universidade Estadual de Campinas, Faculdade de ...
[EN] The aim of this master thesis is to study the state of art of reinforment learning, particularl...
In this paper, the Reinforcement Learning problem is formulated equivalently to a Markov Decision Pr...