A mobility load balancing optimization method for hybrid architecture in self-organizing network
Y Wei, M Peng - IET International Conference on …, 2011 - ieeexplore.ieee.org
Self-organizing networks (SON) for cellular systems is a key technology to reduce the cost of
network deployment and maintenances. Mobility load balancing (MLB) is one of most …
network deployment and maintenances. Mobility load balancing (MLB) is one of most …
A mobility load balancing optimization method for hybrid architecture in self-organizing network
Y Wei, M Peng - IET International Conference on Communication … - infona.pl
Self-organizing networks (SON) for cellular systems is a key technology to reduce the cost of
network deployment and maintenances. Mobility load balancing (MLB) is one of most …
network deployment and maintenances. Mobility load balancing (MLB) is one of most …
A mobility load balancing optimization method for hybrid architecture in self-organizing network
W Yao, M Peng - IET Conference Proceedings, 2011 - search.proquest.com
Self-organizing networks (SON) for cellular systems is a key technology to reduce the cost of
network deployment and maintenances. Mobility load balancing (MLB) is one of most …
network deployment and maintenances. Mobility load balancing (MLB) is one of most …
A mobility load balancing optimization method for hybrid architecture in self-organizing network
Y Wei, M Peng - 2011 - IET
Self-organizing networks (SON) for cellular systems is a key technology to reduce the cost of
network deployment and maintenances. Mobility load balancing (MLB) is one of most …
network deployment and maintenances. Mobility load balancing (MLB) is one of most …