Reinforcement learning has recently gained popularity due to its many successfulapplications in various fields. In this project reinforcement learning is imple- mented in a simple warehouse situation where robots have to learn to interact with each other while performing specific tasks. The aim is to study whether reinforcement learning can be used to train multiple agents. Two different meth- ods have been used to achieve this aim, Q-learning and deep Q-learning. Due to practical constraints, this paper cannot provide a comprehensive review of real life robot interactions. Both methods are tested on single-agent and multi-agent models in Python computer simulations. The results show that the deep Q-learning model performed better in the mu...
Since the early days of Artificial Intelligence (AI), researchers have tried to design intelligent m...
Deep reinforcement learning has been shown to be a potential alternative to a traditional controller...
Today defence systems are becoming more complex as technology advances and it is of great importance...
Reinforcement learning has recently gained popularity due to its many successfulapplications in vari...
This project concerns optimizing the behavior ofmultiple dispatching robots in a virtual warehouse e...
Reinforcement learning methods allows self-learningagents to play video- and board games autonomousl...
Förstärkande inlärning har fått mycket uppmärksamhet under de senaste åren, främst genom att det anv...
This report presents an application of reinforcementlearning to the problem of controlling multiple ...
Reinforcement learning can be compared to howhumans learn – by interaction, which is the fundamental...
The increased availability of computing power have made reinforcement learning a popular field of sc...
Deep reinforcement learning algorithms typically require large amounts of data to solve a specific p...
In this project, we aim to reproduce previous resultsachieved with Deep Reinforcement Learning. We p...
In this thesis, we used deep reinforcement learning to train autonomous agents and evaluated the imp...
Systems consisting of multiple robots are traditionallydifficult to optimize. This project considers...
Robots are expected to become an increasingly common part of most humans everyday lives. As the numb...
Since the early days of Artificial Intelligence (AI), researchers have tried to design intelligent m...
Deep reinforcement learning has been shown to be a potential alternative to a traditional controller...
Today defence systems are becoming more complex as technology advances and it is of great importance...
Reinforcement learning has recently gained popularity due to its many successfulapplications in vari...
This project concerns optimizing the behavior ofmultiple dispatching robots in a virtual warehouse e...
Reinforcement learning methods allows self-learningagents to play video- and board games autonomousl...
Förstärkande inlärning har fått mycket uppmärksamhet under de senaste åren, främst genom att det anv...
This report presents an application of reinforcementlearning to the problem of controlling multiple ...
Reinforcement learning can be compared to howhumans learn – by interaction, which is the fundamental...
The increased availability of computing power have made reinforcement learning a popular field of sc...
Deep reinforcement learning algorithms typically require large amounts of data to solve a specific p...
In this project, we aim to reproduce previous resultsachieved with Deep Reinforcement Learning. We p...
In this thesis, we used deep reinforcement learning to train autonomous agents and evaluated the imp...
Systems consisting of multiple robots are traditionallydifficult to optimize. This project considers...
Robots are expected to become an increasingly common part of most humans everyday lives. As the numb...
Since the early days of Artificial Intelligence (AI), researchers have tried to design intelligent m...
Deep reinforcement learning has been shown to be a potential alternative to a traditional controller...
Today defence systems are becoming more complex as technology advances and it is of great importance...