Abstract: A method that includes interference control at transmitters and interference mitigation at receivers in a wireless communication system is disclosed. Embodiments of the present invention exploit the interference sensitivity at neighboring terminals by taking into account the reciprocity of propagation radio channels in Time Division Duplexing systems (TDD). It can be applied to design the resource allocation for downlink (DL) and uplink (UL) transmissions in a wireless communication system. The methods include the self-configuration of the transmit power, the transmit precoder and the receive filter, at each transmitter and receiver in a multi-cell network. Systems are also provided and configured for implementing the methods of the invention.

Abstract: A method that includes interference control at transmitters and interference mitigation at receivers in a wireless communication system is disclosed. Embodiments of the present invention exploit the interference sensitivity at neighboring terminals by taking into account the reciprocity of propagation radio channels in Time Division Duplexing systems (TDD). It can be applied to design the resource allocation for downlink (DL) and uplink (UL) transmissions in a wireless communication system. The methods include the self-configuration of the transmit power, the transmit precoder and the receive filter, at each transmitter and receiver in a multi-cell network. Systems are also provided and configured for implementing the methods of the invention.

Abstract: Methods and systems to decentralize managing of neighboring femtocells. The methods and systems include communication to a first femtocell from a second femtocell of next information that includes communicated information of: i) the interference requirement constraint of an active user of the second femtocell, and ii) one or more parameters characterizing a physical radio channel defined from the first femtocell to the at least one active user of the second femtocell; the self-configuration of the transmission parameters of the first femtocell based upon the communicated information i) and ii). Another method (and system to implement the method) includes the mutual adjustment of the interference requirement constraints between a first and a second femtocell, regarding their active users, in a decentralized manner, on the basis of not affecting the transmission performance of the rest of the plurality of femtocells.

Abstract: Methods and systems to decentralize managing of neighboring femtocells. The methods and systems include communication to a first femtocell from a second femtocell of next information that includes communicated information of: i) the interference requirement constraint of an active user of the second femtocell, and ii) one or more parameters characterizing a physical radio channel defined from the first femtocell to the at least one active user of the second femtocell; the self-configuration of the transmission parameters of the first femtocell based upon the communicated information i) and ii). Another method (and system to implement the method) includes the mutual adjustment of the interference requirement constraints between a first and a second femtocell, regarding their active users, in a decentralized manner, on the basis of not affecting the transmission performance of the rest of the plurality of femtocells.