Abstract: A system architecture for managing resources in a communication network comprises in combination at least the following elements: a plurality of radio equipments working in a given frequency band and with identical frequency hopping rules; the radio equipments are managed by a master device; and a radio equipment comprises at least: a radiocommunication module that carries the radiocommunications; a module suitable for tapping, monitoring and intercepting radio signals in the environment and for recording them locally in a database; a module suitable for disrupting non-authorized communications; and a local “3 in 1” management module receiving the orders emitted by the master device, the management module being suitable for controlling the various modules of the radio equipment; a radio-router module; and a tapping and monitoring module.

Abstract: A system architecture for managing resources in a communication network comprises in combination at least the following elements: a plurality of radio equipments working in a given frequency band and with identical frequency hopping rules; the radio equipments are managed by a master device; and a radio equipment comprises at least: a radiocommunication module that carries the radiocommunications; a module suitable for tapping, monitoring and intercepting radio signals in the environment and for recording them locally in a database; a module suitable for disrupting non-authorized communications; and a local “3 in 1” management module receiving the orders emitted by the master device, the management module being suitable for controlling the various modules of the radio equipment; a radio-router module; and a tapping and monitoring module.

Abstract: A simulation and experimentation device, having one or more subsystems (11, 12, 13) are involved in a simulation of a given future system. For each subsystem (11, 12, 13) a data taking device (21, 22, 23), has a given profile. A central monitoring system (3) is designed for processing the data taken in order at least to synchronize them and manage their life-cycle. An experimentation platform (4) is adapted to support one or more models designed to simulate real systems or plans. The platform has an interface (4c) for monitoring and controlling the application of commands, and a means for carrying out steps.