A method implemented within an orthogonal frequency-division multiplexing, OFDM, (46, 54) wireless transmission system comprised of a plurality M of wireless client devices (203-207, 306-308, 406-408, 506-508, 606-608, 706-708, 804-808, 904-908, 1004), a base station (200, 300, 400, 500, 600, 700, 800, 900, 1001), and a plurality N of distributed antennas (202, 305, 405, 505, 605, 705, 802, 902, 1002) communicatively coupled to the base station comprising: the base station transmitting training signals over a plurality of wireless links between the N antennas and the M client devices; the client devices analyzing each training signal to generate downlink channel characterization data (413-415, 513-515, 516, 616, 741) comprising at least N * M components, each component defining a downlink channel characterization between one of the N antennas and one of the M client devices and transmitting the channel characterization data to the base station; the base station computing precoded OFDM data signals using the downlink channel characterization data including each of the N * M components associated with each respective antenna/client device combination and spatial diversity techniques; and simultaneously transmitting the precoded OFDM data signals that are spatially uncorrelated from the plurality of distributed antennas to each wireless client device; wherein as a result of computing the precoded OFDM data signals using the channel characterization data including each of the N * M components, using spatial diversity techniques and simultaneously transmitting the precoded OFDM data signals, the radio signal bit stream intended for a given client device is received separated from radio signal bit streams intended for other client devices; demodulating precoded OFDM data signals being transmitted over the wireless links between the M client devices and the N antennas; wherein transmitting each respective precoded OFDM data signal comprises: a first transmission to a first selected group within the plurality of client devices (203-207, 306-308, 406-408, 506-508, 606-608, 706-708, 804-808, 904-908, 1004); and a second transmission to a second selected group within the plurality of client devices, the first and second selected group defined such as to allocate bandwidth in a desired fashion. the base station transmitting training signals over a plurality of wireless links between the N antennas and the M client devices; the client devices analyzing each training signal to generate downlink channel characterization data (413-415, 513-515, 516, 616, 741) comprising at least N * M components, each component defining a downlink channel characterization between one of the N antennas and one of the M client devices and transmitting the channel characterization data to the base station; the base station computing precoded OFDM data signals using the downlink channel characterization data including each of the N * M components associated with each respective antenna/client device combination and spatial diversity techniques; and simultaneously transmitting the precoded OFDM data signals that are spatially uncorrelated from the plurality of distributed antennas to each wireless client device; wherein as a result of computing the precoded OFDM data signals using the channel characterization data including each of the N * M components, using spatial diversity techniques and simultaneously transmitting the precoded OFDM data signals, the radio signal bit stream intended for a given client device is received separated from radio signal bit streams intended for other client devices; demodulating precoded OFDM data signals being transmitted over the wireless links between the M client devices and the N antennas; wherein transmitting each respective precoded OFDM data signal comprises: a first transmission to a first selected group within the plurality of client devices (203-207, 306-308, 406-408, 506-508, 606-608, 706-708, 804-808, 904-908, 1004); and a second transmission to a second selected group within the plurality of client devices, the first and second selected group defined such as to allocate bandwidth in a desired fashion. a first transmission to a first selected group within the plurality of client devices (203-207, 306-308, 406-408, 506-508, 606-608, 706-708, 804-808, 904-908, 1004); and a second transmission to a second selected group within the plurality of client devices, the first and second selected group defined such as to allocate bandwidth in a desired fashion.