N Lilith, K Dogançay - International Conference on Networking, 2005 - Springer
This paper introduces a reinforcement learning solution to the problem of dynamic channel allocation for cellular telecommunication networks featuring either uniform or non-uniform …
Y Yang, GN Song, K Wei, WX Zhang… - Science China …, 2015 - search.proquest.com
In contention-based networks, ALOHA and CSMA are the most popular random access protocols, wherein a station transmits packets after a certain delay according to a particular …
The main challenge in designing a good random access schemes is how to maximize the channel throughput while improves the fairness of random access channels. In this paper …
SM Senouci, G Pujolle - Asian Journal of Information Technology (AJIT …, 2003 - senouci.net
The optimization of channel assignment in cellular networks is a very complex optimization problem and it becomes more difficult when the network handles different classes of traffic …
D SANTANDER, K CICENIA-CARDENAS… - scielo.senescyt.gob.ec
Resumen SANTANDER, Daniel; CICENIA-CARDENAS, Karin; ASTUDILLO-SALINAS, Fabián y ARANDA, Juan. Impact of backoff time on cellular IoT performance in massive …
Con objeto de lograr la optimización del sistema móvil celular EDGE, así como mejorar la eficiencia de la asignación de los recursos, la tesis doctoral se centra en proponer nuevos …
E Alexandri, G Martinez… - The 13th IEEE …, 2002 - ieeexplore.ieee.org
A new scheme to maximize resource utilization in a cellular network while respecting constraints on handover dropping probability is proposed and analyzed. The constraints are …
We propose a new channel allocation scheme for improving the quality of service in cellular mobile networks. The proposed algorithm prioritizes handoff call requests over new call …
This article studies the efficiency of backoff algorithms. The fraction of channel time devoted to successful transmissions is maximized when the stations choose the optimal transmission …