Resource allocation has always been a key issue in expensive multibeam satellite systems. In theory, dynamic allocation always gives better results than static allocation. In this work, the student will analyze different algorithms and their performance in the dynamic resource allocation of power and bandwidth in a multibeam satellite system. Within this context, the student will implement and compare state of the art optimization algorithms in order to obtain the best possible solution of the distribution problem.Outgoin
The past few years have been a witness for the rise of the new era of satellite communications. The ...
peer reviewedConventional GEO satellite communication systems rely on a multibeam foot-print with a ...
The increasing demand for high-rate broadcast and multicast services over satellite networks has pu...
Resource allocation has always been a key issue in expensive multibeam satellite systems. In theory,...
In multibeam satellite communication systems it is important to improve the utilization efficiency o...
Multibeam satellite systems have the potential to substantially increase the capacity of the whole s...
Multi-spot-beam technique has been widely applied in modern satellite communication systems. However...
The high throughput satellites with flexible payloads are expected to provide a high data rate to s...
In recent years, multi-spot-beam satellite communication systems have played a key role in global se...
This thesis proposes a genetic algorithm to allocate the main resources of a multibeam communication...
peer reviewedFor extensive coverage areas, multi-beam high throughput satellite (HTS) communication ...
Very High Throughput Satellite (VHTS) systems have an important role to play as a complement to futu...
A low Earth orbit (LEO) satellite constellation could be used to provide network coverage for the en...
The advanced multibeam satellite equipped with phased array antenna can effectively serve a large nu...
Low Earth Orbit (LEO) satellite communication networks have become an important means to provide int...
The past few years have been a witness for the rise of the new era of satellite communications. The ...
peer reviewedConventional GEO satellite communication systems rely on a multibeam foot-print with a ...
The increasing demand for high-rate broadcast and multicast services over satellite networks has pu...
Resource allocation has always been a key issue in expensive multibeam satellite systems. In theory,...
In multibeam satellite communication systems it is important to improve the utilization efficiency o...
Multibeam satellite systems have the potential to substantially increase the capacity of the whole s...
Multi-spot-beam technique has been widely applied in modern satellite communication systems. However...
The high throughput satellites with flexible payloads are expected to provide a high data rate to s...
In recent years, multi-spot-beam satellite communication systems have played a key role in global se...
This thesis proposes a genetic algorithm to allocate the main resources of a multibeam communication...
peer reviewedFor extensive coverage areas, multi-beam high throughput satellite (HTS) communication ...
Very High Throughput Satellite (VHTS) systems have an important role to play as a complement to futu...
A low Earth orbit (LEO) satellite constellation could be used to provide network coverage for the en...
The advanced multibeam satellite equipped with phased array antenna can effectively serve a large nu...
Low Earth Orbit (LEO) satellite communication networks have become an important means to provide int...
The past few years have been a witness for the rise of the new era of satellite communications. The ...
peer reviewedConventional GEO satellite communication systems rely on a multibeam foot-print with a ...
The increasing demand for high-rate broadcast and multicast services over satellite networks has pu...