摘要:
Embodiments herein relate to a method in a transmitting radio node (12) for scheduling service data flows within a radio bearer towards a receiving radio node (10) in a radio communications network (1). The transmitting radio node (12) identifies at least two service data flows within the radio bearer towards the receiving radio node (10), where each service data flow is associated with a service and/or a service quality requirement. The service and/or the service quality requirement is different for respective service data flow. The transmitting radio node (12) maps a Packet Data Convergence Protocol, PDCP, Service Data Unit, SDU, of respective service data flow to a respective scheduling queue on a PDCP layer. Each scheduling queue is associated with the service and/or the service quality requirement of the respective service data flow. The transmitting radio node (12) schedules the PDCP SDUs within the scheduling queues of the at least two service data flows, to the receiving radio node (10), based on the service and/or the service quality requirement associated with the respective scheduling queue on the PDCP layer.
摘要:
A method of throttling a media stream, comprising a sequence of media segments, for transmission to a client via a radio access network is provided. The method comprises acquiring a media segment, determining a duration of the media segment, transmitting a first part (501′-504′) of the media segment to the client, and transmitting a remaining part (501″-504″) of the media segment to the client. At least one of the parts (501′-504′, 501″-504″) is transmitted during a time interval (&Dgr;t1, &Dgr;t2) which is shorter than a corresponding duration of that part, and transmitting the remaining part is delayed (&Dgr;t0), such that a time interval (&Dgr;ttx) between starting transmitting the first part and transmission of the remaining part being completed is shorter than the duration (&Dgr;tp) of the media segment. Further, a corresponding network node for throttling a media stream is provided. Embodiments of the invention are advantageous in that bursty traffic is generated, resulting in a more efficient usage of air interface resources and reduced power consumption.
摘要:
The present invention relates to methods and devices for controlling a mobile terminal in a radio access network to transition between a plurality of communication states. This object is attained in a first aspect of the present invention by a method comprising the step of acquiring (S101) an indication regarding a pattern of burst data to be transmitted to the mobile terminal. Further, the method comprises the step of controlling (S102) the mobile terminal to transition to a less resource consuming communication state of the plurality of communication states upon occurrence of a period of transmission inactivity in the burst data.
摘要:
A technique for operating a media distribution network is presented. In the media distribution network media data are transmitted via an access network in media bursts to a media client. Each media burst is followed by an idle period in which no media data are transmitted. A method aspect of this technique comprises receiving, from an access network node, a control message and adjusting, responsive to the control message, at least one of a media data volume of a media burst and a duration of an idle period following the media burst. The control message may be indicative of a load status of the access network, and the adjustment may be performed taking into account that load status.
摘要:
A method of throttling a media stream, comprising a sequence of media segments, for transmission to a client via a radio access network is provided. The method comprises acquiring a media segment, determining a duration of the media segment, transmitting a first part (501′-504′) of the media segment to the client, and transmitting a remaining part (501″-504″) of the media segment to the client. At least one of the parts (501′-504′, 501″-504″) is transmitted during a time interval (&Dgr;t1, &Dgr;t2) which is shorter than a corresponding duration of that part, and transmitting the remaining part is delayed (&Dgr;t0), such that a time interval (&Dgr;ttx) between starting transmitting the first part and transmission of the remaining part being completed is shorter than the duration (&Dgr;tp) of the media segment. Further, a corresponding network node for throttling a media stream is provided. Embodiments of the invention are advantageous in that bursty traffic is generated, resulting in a more efficient usage of air interface resources and reduced power consumption.
摘要:
A method is disclosed for controlling data flow in a telecommunications network in which a base station communicates with a mobile station using a plurality of packet data flows, the packet data flows having respective data flow rates. The method comprises controlling data flow through the network by controlling the data flow rate of each packet data flow, an overall data flow rate to the mobile station and a data flow rate for each base station.
摘要:
A technique of operating a network node in a media distribution network in which media data are transmitted in media bursts to a buffer of a media client is described. Each media burst is followed by an idle period in which no media data are transmitted. A method aspect of this technique comprises determining a fill level of the media client buffer, and generating a media burst. Media burst generation includes adjusting at least one of a media data volume of the media burst and a duration of an idle period following the media burst dependent on the fill level of the media client buffer.
摘要:
The invention relates to a method in a communication node (10,200,201,202,211,212,222) for commonly managing resources in a radio access network between different network access technologies, which communication node (10,200,201,202,21 1,212,222) is comprised in a radio access network of a radio communications network. The communication node receives (71 ) from a first local resource manager (1 11 ) of a first network access technology, a first report of information regarding resources needed per service associated with the first network access technology, which service is associated with a first local service priority. The communication node (10,200,201,202,211,212,222) then receives (72) from a second local resource manager (1 12) of a second network access technology, a second report of information regarding resources needed per service associated with the second network access technology. The service is associated with a second local service priority. The communication node ranks the service priority in the first report in relation to the service priority in the second report. The communication node generates an allocation scheme of resources, which allocation scheme allocates resources to at least one of the first or second local resource managers (11 1,112) based on the ranking of the service priorities.