Paper Info
Title
Adaptive Power Resource Allocation with Multi-Beam Directivity Control in High-Throughput Satellite Communication Systems
Abstract
The demand for satellite communication (SATCOM) has been increasing to provide communication environments for terminals in areas with no terrestrial network coverage and to provide communication means with Internet of Things (IoT) equipment. Accordingly, a few schemes are being studied to efficiently allocate power resources with multi-beam directivity control through digital beam forming (DBF). Moreover, power resource allocation with simultaneous control of the transmit power and multi-beam directivity can be expected to increase the flexibility according to traffic demand. However, there is a trade-off between the transmit power and beam directivity under some physical constraints, and currently there is no mathematical model to solve this problem. The contributions of this letter are to construct a new mathematical model necessary for solving the trade-off, and to introduce a novel power resource allocation with fusion control of the transmit power and multi-beam directivity according to traffic demand with the objective of improving the allocation efficiency of communication resources. We carried out a numerical analysis to verify the effectiveness of our proposal.
Year
DOI
Venue
2019
10.1109/lwc.2019.2912753
IEEE Wireless Communications Letters
Keywords
Field
DocType
Resource management,Satellites,Interference,Transmitting antennas,High-temperature superconductors,Mathematical model,Communication systems
Resource management,Transmitter power output,Directivity,High-throughput satellite,Computer network,Communications system,Electronic engineering,Resource allocation,Interference (wave propagation),Communications satellite,Mathematics
Journal
Volume
Issue
ISSN
8
4
2162-2337
Citations 
PageRank 
References 
2
0.38
0
Authors
5
Name
Order
Citations
PageRank
Masaki Takahashi184.38
Yuichi Kawamoto230526.42
Nei Kato33982263.66
Miura, A.4104.92
Morio Toyoshima552.16