Abstract: A method includes for at least one mobile terminal connected to a base station of the infrastructure, obtaining of at least once characteristic of at least one radio-communication signal occupying a frequency band used by the base station and the mobile terminal to communicate with each other and received by the mobile terminal or by the base station; searching, using the at least one characteristic of a disturbance in the frequency band; and, if a disturbance is detected in the frequency band, decreasing a transmission power of the base station at least in a transmission frequency band used by the base station to transmit radio-communication signals to at least one connected mobile terminal.

Abstract: A private mobile radio network installation includes a plurality of devices each including a local private mobile radio network infrastructure including a core network module, a subscriber server and a base station module; a management system; and a network interface; wherein the devices are connected therebetween via their network interfaces, and wherein the management systems are configured to choose one of the devices; and connect the base station module of each device to the core network module of the chosen device to form a distributed private mobile radio network infrastructure.

Abstract: The method (2000) comprises: for at least one mobile terminal connected to a base station of the infrastructure, obtaining (2004, 2008) of at least once characteristic of at least one radio-communication signal occupying a frequency band used by the base station and the mobile terminal to communicate with each other and received by the mobile terminal or by the base station; searching (2012), using the characteristic(s) of a disturbance in the frequency band; and, if a disturbance is detected in the frequency band, decreasing (2014) a transmission power of the base station at least in a transmission frequency band used by the base station to transmit radio-communication signals to at least one connected mobile terminal.

Abstract: A private mobile radio network installation includes a plurality of devices each including a local private mobile radio network infrastructure including a core network module, a subscriber server and a base station module; a management system; and a network interface; wherein the devices are connected therebetween via their network interfaces, and wherein the management systems are configured to choose one of the devices; and connect the base station module of each device to the core network module of the chosen device to form a distributed private mobile radio network infrastructure.

Abstract: The present invention relates to the field of radio communication systems with mobiles based on LTE cellular technology. The invention relates in particular to the establishment of direct mode links between the base stations of mobile structures, for exchanging IP protocol data instead of conventional links via the fixed equipment of the network core. To this end, it is proposed to divert radio resources originally intended for the communications established between a base station and mobile communication terminals via the LTE-Uu interface, in order to use them for establishing direct mode links via specific link entities equipping each of the mobile structures concerned.