Design and Simulation of the Multi-RAT Load-balancing Algorithms for 5G-ALLSTAR Systems. Giuseppi, A., Maaz Shahid, S., De Santis, E., Ho Won, S., Kwon, S., & Choi, T. 2020. doi abstract bibtex This paper introduces algorithms for the multi-RAT load balancing function to maximize QoE in terrestrial and satellite combined system developed in the 5G-ALLSTAR project. The pros and cons of the considered algorithms are described and the simulator is also described in the paper with the on-going performance evaluation processes. © 2020 IEEE.
@CONFERENCE{Giuseppi2020594,
author={Giuseppi, A. and Maaz Shahid, S. and De Santis, E. and Ho Won, S. and Kwon, S. and Choi, T.},
title={Design and Simulation of the Multi-RAT Load-balancing Algorithms for 5G-ALLSTAR Systems},
journal={International Conference on ICT Convergence},
year={2020},
volume={2020-October},
pages={594-596},
doi={10.1109/ICTC49870.2020.9289485},
art_number={9289485},
abstract={This paper introduces algorithms for the multi-RAT load balancing function to maximize QoE in terrestrial and satellite combined system developed in the 5G-ALLSTAR project. The pros and cons of the considered algorithms are described and the simulator is also described in the paper with the on-going performance evaluation processes. © 2020 IEEE.},
author_keywords={5G terrestrial and satellite; multi-connectivity; multi-RAT load balance},
keywords={Combined system; Design and simulation; Load balancing algorithms, Rats},
document_type={Conference Paper},
}
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