Abstract:
Un metodo para la planificacion de recursos de radio en un sistema de telecomunicaciones de paquetes conmutados a varios usuarios que tienen una determinada solicitud de Calidad de Servicio, QoS, y por tanto determinados pesos en el procedimiento de planificacion, caracterizado por las etapas de: - calcular para cada usuario un numero de planificacion (Si) basado en planificaciones anteriores antes de cada planificacion, - crear para cada usuario una relacion (r) entre un peso (Wi) establecido para cada usuario y el numero (Si), y - planificar los recursos de radio para los usuarios basandose en las relaciones.
Abstract:
A method is suggested for allowing a user equipment (700a) to determine whether Service Area Identities (SAIs) of a list of SAIs are current SAIs or neighboring SAIs by: receiving (500) a list of SAIs from a network node (600a), where the list is indicative of Service Areas capable of providing the broadcasted service to the user equipment (700a) and comprise at least one current SAI and at least one neighboring SAI; identifying (510), in the list, the SAIs as arranged into two distinguishable groups, wherein a first group comprise the at least one current SAI and a second group comprise the at least one neighboring SAI, and distinguishing (520), based on the arrangement of the list, current SA Is from neighboring SAIs. A method is also suggested for arranging a SAI list into the two distinguishable groups by a network node (600a).
Abstract:
A system and method of scheduling radio resources for a plurality of users in a packet-switched radio communication network. A scheduling number (Si) is calculated for each user before each scheduling event. A weight (Wi) is assigned to each user based on an associated Quality of Service. The Si varies depending on the assigned Wi and when the user entered the scheduling session. Radio resources are assigned to the user having the largest ratio Wi/Si between the weight and the scheduling number.
Abstract:
A system and method of scheduling radio resources for a plurality of users in a packet-switched radio communication network. A scheduling number (Si) is calculated for each user before each scheduling event. A weight (Wi) is assigned to each user based on an associated Quality of Service. The Si varies depending on the assigned Wi and when the user entered the scheduling session. Radio resources are assigned to the user having the largest ratio Wi/Si between the weight and the scheduling number.