A method for allocating radio resources in a wideband radio communication network for uplink communications, the network being formed by cells each having at least one base station and terminals, the method being characterised in that it comprises the following steps, upon associating a first terminal (T1) to a first base station (SB1) of a first cell (C1) of a group of cells (C1 to C7) formed by the first cell and its adjacent cells: - measurements (E3), performed by each base station of the group of cells, of quality of reference signals SRS respectively defined for the terminals of the group of cells, each base station performing the measurements (E3) by successively instructing to each terminal associated with said each base station to transmit a reference signals SRS defined for said each terminal according to a first transmission time sequence, the transmission time sequence being applied identically to the cells of the group of cells (C1 to C7), the sequence defining a successive schedule of transmissions of reference signals SRS, by indicating at a given instant an identity of a cell of the group of cells in which the base station has to control a transmission of a reference signal SRS to one of the terminals associated therewith such that a single terminal of the group of cells transmits at a time its reference signal SRS; - an analysis (E4) for detecting an interference of the first terminal (T1) on uplink communications of the terminals associated with the base stations of the group of cells, the analysis being performed as a function of the quality measurements of the reference signals SRS, by each base station of the group of cells, - an allocation of radio resources (E6) by the first base station for an uplink communication of the first terminal as a function of the results of the analysis for detecting an interference of the first terminal on the uplink communications of the other terminals of the group of cells, the results coming from each cell of the group of cells. - measurements (E3), performed by each base station of the group of cells, of quality of reference signals SRS respectively defined for the terminals of the group of cells, each base station performing the measurements (E3) by successively instructing to each terminal associated with said each base station to transmit a reference signals SRS defined for said each terminal according to a first transmission time sequence, the transmission time sequence being applied identically to the cells of the group of cells (C1 to C7), the sequence defining a successive schedule of transmissions of reference signals SRS, by indicating at a given instant an identity of a cell of the group of cells in which the base station has to control a transmission of a reference signal SRS to one of the terminals associated therewith such that a single terminal of the group of cells transmits at a time its reference signal SRS; - an analysis (E4) for detecting an interference of the first terminal (T1) on uplink communications of the terminals associated with the base stations of the group of cells, the analysis being performed as a function of the quality measurements of the reference signals SRS, by each base station of the group of cells, - an allocation of radio resources (E6) by the first base station for an uplink communication of the first terminal as a function of the results of the analysis for detecting an interference of the first terminal on the uplink communications of the other terminals of the group of cells, the results coming from each cell of the group of cells. <EOS>