Controlling antennas’ vertical tilt through Remote Electrical Tilt (RET) is an effective method to optimize network performance. Reinforcement Learning (RL) algorithms such as Deep Reinforcement Learning (DRL) have been shown to be successful for RET optimization. One issue with DRL is that DRL models have a black box nature where it is difficult to ’explain’ the decisions made in a human-understandable way. Explanations of a model’s decisions are beneficial for a user not only to understand but also to intervene and modify the RL model. In this work, a state-ofthe-art Explainable Reinforcement Learning (XRL) method is evaluated on the RET optimization problem. More specifically, the chosen XRL method is the Embedded Self-Prediction (ESP) m...
This report investigates the implementation of a Deep Reinforcement Learning (DRL) algorithm for com...
In this project, we aim to reproduce previous resultsachieved with Deep Reinforcement Learning. We p...
Reinforcement learning can be compared to howhumans learn – by interaction, which is the fundamental...
Controlling antennas’ vertical tilt through Remote Electrical Tilt (RET) is an effective method to o...
Remote Electrical Tilt (RET) is a method for configuring antenna downtilt in base stations to optimi...
The adjustment of the vertical tilt angle of Base Station (BS) antennas, also known as Remote Electr...
Remote Electrical Tilt optimization is an effective method to obtain the optimal Key Performance Ind...
Remote electrical tilt (RET) optimization involves maximizing the coverage and minimizing interferen...
In telecom networks adjusting the tilt of antennas in an optimal manner, the so called remote electr...
This report presents research on the application of policy explanation techniques in the context of ...
This report presents research on the application of policy explanation techniques in the context of ...
Deep Reinforcement Learning (RL) is a black-box method and is hard to understand because the agent e...
Recent advancements in Transformers have unlocked a new relational analysis technique for Reinforcem...
Existing methods in Reinforcement Learning (RL) that rely on gradient estimates suffer from the slow...
In this paper the two reinforcement learning algorithmsQ-learning and deep Q-learning (DQN) are used...
This report investigates the implementation of a Deep Reinforcement Learning (DRL) algorithm for com...
In this project, we aim to reproduce previous resultsachieved with Deep Reinforcement Learning. We p...
Reinforcement learning can be compared to howhumans learn – by interaction, which is the fundamental...
Controlling antennas’ vertical tilt through Remote Electrical Tilt (RET) is an effective method to o...
Remote Electrical Tilt (RET) is a method for configuring antenna downtilt in base stations to optimi...
The adjustment of the vertical tilt angle of Base Station (BS) antennas, also known as Remote Electr...
Remote Electrical Tilt optimization is an effective method to obtain the optimal Key Performance Ind...
Remote electrical tilt (RET) optimization involves maximizing the coverage and minimizing interferen...
In telecom networks adjusting the tilt of antennas in an optimal manner, the so called remote electr...
This report presents research on the application of policy explanation techniques in the context of ...
This report presents research on the application of policy explanation techniques in the context of ...
Deep Reinforcement Learning (RL) is a black-box method and is hard to understand because the agent e...
Recent advancements in Transformers have unlocked a new relational analysis technique for Reinforcem...
Existing methods in Reinforcement Learning (RL) that rely on gradient estimates suffer from the slow...
In this paper the two reinforcement learning algorithmsQ-learning and deep Q-learning (DQN) are used...
This report investigates the implementation of a Deep Reinforcement Learning (DRL) algorithm for com...
In this project, we aim to reproduce previous resultsachieved with Deep Reinforcement Learning. We p...
Reinforcement learning can be compared to howhumans learn – by interaction, which is the fundamental...