Abstract: The present invention relates to a method and arrangements for including a detected cell, i.e. a cell not identified by the network, in an active set, i.e. the set comprising the base stations simultaneously connected to the same mobile terminal in soft handover. The method comprises the steps of:—receiving a measurement report comprising a detected set cell from a mobile terminal located in a first cell:—providing (301) a list (L1) for the first cell in the network with cells not defined as neighbouring cells to the first cell, wherein the cells in the list (L1) are grouped based on their scrambling codes;—identifying (302) the scrambling code of the detected set cell;—creating (303) a temporary relation between one of the cells in the list (L1), having an identical scrambling code as the detected set cell, and one cell in the AS;—adding (304) the one of the cells in the list (L1), having an identical scrambling code as the detected set cell, to the active set.

Abstract: The present invention relates to wireless communications. More especially it relates to wireless high speed packet data communications. Particularly it relates to transmission power control of high speed packet data communications including adjustment of one or more transmission power control parameters of one or more wireless links not involved in soft handover in relation to wireless one or more links involved in soft handover or coordination of such parameters.

Abstract: The present invention relates to a method and arrangements for including a detected cell, i.e. a cell not identified by the network, in an active set, i.e. the set comprising the base stations simultaneously connected to the same mobile terminal in soft handover. The method comprises the steps of:—receiving a measurement report comprising a detected set cell from a mobile terminal located in a first cell:—providing (301) a list (L1) for the first cell in the network with cells not defined as neighbouring cells to the first cell, wherein the cells in the list (L1) are grouped based on their scrambling codes;—identifying (302) the scrambling code of the detected set cell;—creating (303) a temporary relation between one of the cells in the list (L1), having an identical scrambling code as the detected set cell, and one cell in the AS;—adding (304) the one of the cells in the list (L1), having an identical scrambling code as the detected set cell, to the active set.

Abstract: The present invention is related to cellular radio communication network and is a method for determining a Monitored set (MS) of cells associated with an Active set (AS) of cells by a particular ranking of the neighbouring cells associated with each of the cells in the Active set. A neighbouring cell list is created which contains for each active cell its neighbouring cells. These cells can be in a random order and can include other active cells. A scanning operation is done starting with the neighbouring cell (C12 or C31) on top of the list which belongs to the strongest active cell (C11), whereby this cell will be included in the Monitoring set if certain conditions (3,4; respectively, FIG. 4). Next, the list associated with the next strongest active cell (C12) is considered. This scanning is repeated until the maximum size of the Monitoring set has been reached.

Abstract: The present invention is related to cellular radio communication network and is a method for determining a Monitored set (MS) of cells associated with an Active set (AS) of cells by a particular ranking of the neighbouring cells associated with each of the cells in the Active set. A neighbouring cell list is created which contains for each active cell its neighbouring cells. These cells can be in a random order and can include other active cells. A scanning operation is done starting with the neighbouring cell (C12 or C31) on top of the list which belongs to the strongest active cell (C11), whereby this cell will be included in the Monitoring set if certain conditions (3,4;respectively, FIG. 4). Next, the list associated with the next strongest active cell (C12) is considered. This scanning is repeated until the maximum size of the Monitoring set has been reached.