A method executed by an optimization system for automatically optimizing the radio parameters of a first base station and of a second base station, the first base station belonging to a first radio communication network and providing coverage on a first cell and the second base station belonging to the first radiocommunication network or a second radiocommunication network and providing coverage on a second cell, the second base station being mobile relative to the first base station, the method consisting in: - during a change in the overlap of the first cell by the second cell, updating a first neighborhood table kept up to date by the first base station with information from the second cell; - updating, by a first analysis module, a current topology of the radio coverage, namely the positioning and the neighborhood of the base stations; - determining, by means of an optimization orchestrator, a current strategy to be implemented from the updated current topology, the current strategy corresponding to a radio allocation profile of the first base station and the second base station; - evaluating (335, 337), by a second analysis module, current traffic of the radio coverage; and - configuring (336, 337), by means of a self-configuration controller, the radio parameters of the first base station and of the second base station according to the current strategy, according to the current traffic, the method being characterized in that, upon an evolution corresponding to the entry of the second cell into the first cell, to add the second cell to the first neighborhood table kept up to date by the first base station, the method comprises a detection step for detecting, via the user equipment item(s) connected to the first base station, the second base station, an identifier conflict resolution step in the event that the identifier of the second cell is already present in the first neighborhood table kept up to date by the first base station, and a step of establishing an interface link between the first and second base stations. first base station and of a second base station, the first base station belonging to a first radio communication network and providing coverage on a first cell and the second base station belonging to the first radiocommunication network or a second radiocommunication network and providing coverage on a second cell, the second base station being mobile relative to the first base station, the method consisting in: - during a change in the overlap of the first cell by the second cell, updating a first neighborhood table kept up to date by the first base station with information from the second cell; - updating, by a first analysis module, a current topology of the radio coverage, namely the positioning and the neighborhood of the base stations; - determining, by means of an optimization orchestrator, a current strategy to be implemented from the updated current topology, the current strategy corresponding to a radio allocation profile of the first base station and the second base station; - evaluating (335, 337), by a second analysis module, current traffic of the radio coverage; and - configuring (336, 337), by means of a self-configuration controller, the radio parameters of the first base station and of the second base station according to the current strategy, according to the current traffic, - during a change in the overlap of the first cell by the second cell, updating a first neighborhood table kept up to date by the first base station with information from the second cell; - updating, by a first analysis module, a current topology of the radio coverage, namely the positioning and the neighborhood of the base stations; - determining, by means of an optimization orchestrator, a current strategy to be implemented from the updated current topology, the current strategy corresponding to a radio allocation profile of the first base station and the second base station; - evaluating (335, 337), by a second analysis module, current traffic of the radio coverage; and - configuring (336, 337), by means of a self-configuration controller, the radio parameters of the first base station and of the second base station according to the current strategy, according to the current traffic, the method being characterized in that, upon an evolution corresponding to the entry of the second cell into the first cell, to add the second cell to the first neighborhood table kept up to date by the first base station, the method comprises a detection step for detecting, via the user equipment item(s) connected to the first base station, the second base station, an identifier conflict resolution step in the event that the identifier of the second cell is already present in the first neighborhood table kept up to date by the first base station, and a step of establishing an interface link between the first and second base stations.