Abstract: A fast and dynamic configuration method for scheduling the transmission of flows in deterministic networks is provided. This method allows, when a new flow appears within the network, a decision to be made concerning a new schedule for transmitting flows, and allows it to be deployed in the network so as to assume this new flow without compromising the QoS of the other flows already present in the network.

Abstract: A fast and dynamic configuration method for scheduling the transmission of flows in deterministic networks is provided. This method allows, when a new flow appears within the network, a decision to be made concerning a new schedule for transmitting flows, and allows it to be deployed in the network so as to assume this new flow without compromising the QoS of the other flows already present in the network.

Abstract: A method for attenuating performance degradation of an IEEE 802.1 hybrid wired/wireless time sensitive network (TSN) in terms of time synchronization and quality of service (QOS) scheduling. The method makes it possible to attenuate the impact of clock drift on AS and the impact of clock jump on Qbv scheduling. The method comprises two mechanisms that consist (i) in grouping together the nodes of the network into subdomains and assigning a redundant grandmaster per subdomain; and (ii) in coordinating the TSN switches of a subdomain before applying corrected Qbv scheduling.

Abstract: A device and a method for automatically deploying a communication network between a moving vehicle VM and a rear base BA, the moving vehicle moving from an initial position along a trajectory T. The deployment involves positioning a plurality of communication relay appliances along the trajectory of the VM to form, between the VM and the rear base, a two-way, linear wireless mesh communication network, such that the communications between the moving vehicle and the rear base maintain a communication link quality Q that is equal to or greater than a threshold value S. Each communication relay appliance is an autonomous mobile appliance, called Autonomous Robotic Communication Relay RCRA, capable of autonomously moving and of being positioned along the trajectory T followed by the VM in order to allow the quality of the communication link to be maintained.

Abstract: A device is provided for communication in an IP network to significantly increase the bandwidth available for wireless communications between user terminals and their correspondents in the IP network. The device operates as aggregation router which, via a single network interface, to allocate the received datastreams to different wireless routers configured according to a so-called aggregate router mode systematically using a network address translation (NAT) mechanism for any traffic routed between the LAN and WAN interfaces, and to allow the connected terminals to benefit from the aggregate bandwidth of the aggregate wireless routers.

Abstract: A method for optimisation of the routing of a flow exchanged between two nodes in an operator's telecommunications network. This method includes a step which involves re-routing said flow via at least one intermediate server arranged between said nodes and which is capable of applying at least one treatment that is pre-defined by the operator to said flow.