Abstract: A method of processing a computing task required by wireless equipment of a cellular communication network, including classifying the task in at least one class of immediate offloaded execution and a class of immediate local execution, by traversing oriented graph decision nodes and terminal nodes each assigned to one of the classes, the decision nodes being distributed into at least three hierarchical levels themselves distributed into at least three subsets of levels. Traversal of the graph includes: during transit through any decision node of a first subset of levels, verification of a feasibility criterion for the offloading of the task for execution by third-party equipment; during transit through any decision node of a second subset of levels, verification of a criticality criterion for execution of the task, and during transit through any decision node of a third subset of levels, verification of an opportunity criterion for execution of the task.

Abstract: A method of processing a computing task required by wireless equipment of a cellular communication network, including classifying the task in at least one class of immediate offloaded execution and a class of immediate local execution, by traversing oriented graph decision nodes and terminal nodes each assigned to one of the classes, the decision nodes being distributed into at least three hierarchical levels themselves distributed into at least three subsets of levels. Traversal of the graph includes: during transit through any decision node of a first subset of levels, verification of a feasibility criterion for the offloading of the task for execution by third-party equipment; during transit through any decision node of a second subset of levels, verification of a criticality criterion for execution of the task, and during transit through any decision node of a third subset of levels, verification of an opportunity criterion for execution of the task.

Abstract: A method of allocating resources in a cellular radio communication network including user equipments and a cluster composed of local access points to the network covering a microcell. For each local access point, the presence of user equipments in a coverage zone of the microcell associated with the local access point is determined. A local coverage message specifying equipments determined as present in the microcell coverage zone is generated. A global coverage message by aggregation of the local coverage message of each local access point in the cluster is generated. At least one operating parameter of a local access point in the cluster is modified as a function of the global coverage message. For each local access point in the cluster, an activity state of the user equipment is determined and a field in the local coverage message is entered accordingly with data representing the activity of the equipment.

Abstract: A method of allocating resources in a cellular radio communication network including user equipments and a cluster composed of local access points to the network covering a microcell. For each local access point, the presence of user equipments in a coverage zone of the microcell associated with the local access point is determined. A local coverage message specifying equipments determined as present in the microcell coverage zone is generated. A global coverage message by aggregation of the local coverage message of each local access point in the cluster is generated. At least one operating parameter of a local access point in the cluster is modified as a function of the global coverage message. For each local access point in the cluster, an activity state of the user equipment is determined and a field in the local coverage message is entered accordingly with data representing the activity of the equipment.