Abstract:
An access point is configured based on signals received from one or more access points on a forward link. Such an access point may comprise, for example, a relatively small coverage area access point and/or an access point that is deployed in an ad-hoc manner. In some aspects, an access point may determine its location based on signals received from several neighboring macro access points. In some aspects, the timing of an access point may be synchronized to timing indicated by signals that are received from one or more neighboring access points.
Abstract:
A system, a method and computer product for synchronizing of a femto cell with a macro cell, the method comprising: placing a forward link receiver into the femto cell; receiving by a micro cellular network the femto cell transmission timing; and synchronizing the femto cell transmission timing with the macro cellular network transmission timing in reliance on the forward link receiver signal. Further, a system, a method and computer product for allocating pilot phases to femto cells, the method comprising: creating at least as many new potential pilot phases for femto cells as there are for macro cells; and allowing a mobile device on a macro cell to search and find a femto cell pilot without explicitly listing femto pilot phases in the neighbor list.
Abstract:
A system, method and computer product for augmenting a user s equipment (UE) database with information measured by a femto cell, the method comprising: (a) performing RF measurements by a femto cell; (b) connecting the UE to the femto cell; (c) downloading the RF measurements taken by the femto cell into the UE custom database; (d) maintaining a central database of femto cell measurements, to be used for updating custom UE databases; (e) comparing current RF measurements taken by the UE with the femto cell own RF measurements to estimate proximity to the femto cell.