Uplink power control is a resource management functionthat controls the signal’s transmit power from a userdevice, i.e. mobile phone, to a base-station tower. It isused to maximize the data-rates while reducing the generatedinterference.Reinforcement learning is a powerful learning techniquethat has the capability not only to teach an artificial agenthow to act, but also to create the possibility for the agentto learn through its own experiences by interacting with anenvironment.In this thesis we have applied reinforcement learningon uplink power control, enabling an intelligent softwareagent to dynamically adjust the user devices’ transmit powers.The agent learns to find suitable transmit power levelsfor the user devices by choosing a valu...
We describe an adaptive, mid-level approach to the wireless device power manage-ment problem. Our ap...
This thesis considers the uplink of cell-free single input multiple output systems, in which the acc...
5G is expected to provide a high-performance and highly efficient network to prominent industry vert...
Uplink power control is a resource management functionthat controls the signal’s transmit power from...
The demand for quality cellular network coverage has been increasing significantly in the recent yea...
There is a large potential for automation and optimization in radio access networks (RANs) using a d...
This paper tackles the power control problem in the context of wireless networks. The development of...
A major cause of energy waste in wireless networks is the interference between nodes working in the ...
Current trends in interconnecting myriad smart objects to monetize on Internet of Things application...
Current trends in interconnecting myriad smart objects to monetize on Internet of Things application...
This thesis examines the problem of downlink power allocation in dense 5Gnetworks, and attempts to d...
Due to the increased demand for scarce wireless bandwidth, it has become insufficient to serve the n...
With the rapid development and deployment of “Internet of Things”-devices comes a new era of benefit...
Reinforcement Learning has numerous applications in the real world thanks to its ability to achieve ...
We describe an adaptive, mid-level approach to the wireless device power manage-ment problem. Our ap...
This thesis considers the uplink of cell-free single input multiple output systems, in which the acc...
5G is expected to provide a high-performance and highly efficient network to prominent industry vert...
Uplink power control is a resource management functionthat controls the signal’s transmit power from...
The demand for quality cellular network coverage has been increasing significantly in the recent yea...
There is a large potential for automation and optimization in radio access networks (RANs) using a d...
This paper tackles the power control problem in the context of wireless networks. The development of...
A major cause of energy waste in wireless networks is the interference between nodes working in the ...
Current trends in interconnecting myriad smart objects to monetize on Internet of Things application...
Current trends in interconnecting myriad smart objects to monetize on Internet of Things application...
This thesis examines the problem of downlink power allocation in dense 5Gnetworks, and attempts to d...
Due to the increased demand for scarce wireless bandwidth, it has become insufficient to serve the n...
With the rapid development and deployment of “Internet of Things”-devices comes a new era of benefit...
Reinforcement Learning has numerous applications in the real world thanks to its ability to achieve ...
We describe an adaptive, mid-level approach to the wireless device power manage-ment problem. Our ap...
This thesis considers the uplink of cell-free single input multiple output systems, in which the acc...
5G is expected to provide a high-performance and highly efficient network to prominent industry vert...