Understanding traffic dynamics and user demand in a cellular network is essential for effective resource management, which in turn improves the network’s energy and cost efficiency. This thesis focuses on the task of classifying the time until the arrival of the next flow at a user level in a real network traffic data set. A range of machine learning and deep learning techniques are applied to this task, some of which are incorporated into a federated learning framework that ensures data privacy. The results demonstrate that the long short-term memory (LSTM) performs best on this task, although good performance can also be achieved with models of lower complexity. Furthermore, models developed through federated learning achieve comparable p...
Traffic prediction plays an important role in evaluating the performance of telecommunication networ...
Federated learning poses a statistical challenge when training on highly heterogeneous sequence data...
Community networks are infrastructures that are run by the citizens for the citizens. These networks...
Understanding traffic dynamics and user demand in a cellular network is essential for effective reso...
With an increasing demand for bandwidth and lower latency in mobile communication networks it become...
A majority of the global population subscribe to mobile networks, also knownas cellular networks. Th...
The resources of mobile networks are expensive and limited, and as demand for mobile data continues ...
In this Internet and big data era, resource management has become a crucial task to ensure the quali...
Cellular network traffic prediction is a critical challenge for communication providers, which is im...
5G is currently being implemented around the world. A way to save resources in 5G could be to have s...
A significant fraction of data traffic is transmitted via cellular networks. When introducing fifth-...
This report explores whether machine learning methods such as regression and classification can be u...
With the arrival of 5G networks, telecommunication systems are becoming more intelligent, integrated...
Streaming media is a growing market all over the world which sets astrict requirement on mobile conn...
Traffic prediction plays an important role in evaluating the performance of telecommunication networ...
Federated learning poses a statistical challenge when training on highly heterogeneous sequence data...
Community networks are infrastructures that are run by the citizens for the citizens. These networks...
Understanding traffic dynamics and user demand in a cellular network is essential for effective reso...
With an increasing demand for bandwidth and lower latency in mobile communication networks it become...
A majority of the global population subscribe to mobile networks, also knownas cellular networks. Th...
The resources of mobile networks are expensive and limited, and as demand for mobile data continues ...
In this Internet and big data era, resource management has become a crucial task to ensure the quali...
Cellular network traffic prediction is a critical challenge for communication providers, which is im...
5G is currently being implemented around the world. A way to save resources in 5G could be to have s...
A significant fraction of data traffic is transmitted via cellular networks. When introducing fifth-...
This report explores whether machine learning methods such as regression and classification can be u...
With the arrival of 5G networks, telecommunication systems are becoming more intelligent, integrated...
Streaming media is a growing market all over the world which sets astrict requirement on mobile conn...
Traffic prediction plays an important role in evaluating the performance of telecommunication networ...
Federated learning poses a statistical challenge when training on highly heterogeneous sequence data...
Community networks are infrastructures that are run by the citizens for the citizens. These networks...