Abstract: A description of an interface and a system/method is provided to combine frequency, time and power domain resource partitioning between neighbor small cells whereby these cells can execute the resource partitioning, without resorting to a centralized management system, simply by periodically sharing topology-related and interference related information with one another. Such a scheme allows resource partitioning to be executed in real-time as more small cells are deployed into the network.

Abstract: A description of an interface and a system/method is provided to combine frequency, time and power domain resource partitioning between neighbor small cells whereby these cells can execute the resource partitioning, without resorting to a centralized management system, simply by periodically sharing topology-related and interference related information with one another. Such a scheme allows resource partitioning to be executed in real-time as more small cells are deployed into the network.

Abstract: This invention relates to remedying a major shortcoming of the 3G and beyond cellular wireless communications network architecture, where an intermittent IP network failure causes mobile (cellular) user stations attached to a mini base station (MBS) to become unreachable after the failure is cleared. The MBS automatically changes its configuration and particularly its Location Area Code (LAC) value from its previous LAC (i.e., before the occurrence of the failure), according to an aspect of this invention, to force the mobile user equipment (MUE) to re-register with the cellular wireless communications network after the IP network failure is cleared. Doing so, the MUE becomes reachable without needing any manual power cycling of the MBS or the MUE.