Context-oriented multi-RAT user association and resource allocation with triple decision in 5G heterogeneous networks
In the upcoming 5G heterogeneous networks, leveraging multiple radio access technologies
(RATs) shows to be a crucial issue in achieving RAT multiplexing gain to meet the explosive
traffic demand. For always best connection (ABC), users tend to activate parallel
transmission across all available RATs. However from a system-wide perspective, this might
not be optimal given the context of network load, interference and diverse service
requirements. To intelligently determine how to use these multi-RAT access resources …
(RATs) shows to be a crucial issue in achieving RAT multiplexing gain to meet the explosive
traffic demand. For always best connection (ABC), users tend to activate parallel
transmission across all available RATs. However from a system-wide perspective, this might
not be optimal given the context of network load, interference and diverse service
requirements. To intelligently determine how to use these multi-RAT access resources …
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