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    • 1. 发明申请
    • Method and Apparatus for Allocating Bandwidth in a Wireless Communication System
    • 在无线通信系统中分配带宽的方法和装置
    • US20080274747A1
    • 2008-11-06
    • US12095831
    • 2005-12-02
    • Reiner LudwigPer Magnusson
    • Reiner LudwigPer Magnusson
    • H04Q7/20
    • H04W28/12H04L47/10H04L47/14H04W24/00H04W28/24H04W72/0453H04W72/12
    • Network resources can be allocated more efficiently to communication sessions in a wireless telecommunications network, by the method of—monitoring the traffic load in the uplink and downlink direction in the network,—for the at least one session, determining the parameters ul_ratio and dl_ratio, given as ul_ratio=ul_throughput/(ul_throughput+dl_throughput) dl_ratio=dl_throughput/(ul_throughput+dl_throughput) wherein ul_throughput is the throughput in the uplink for the at least one communication session and dl_throughput is the throughput in the downlink for the at least one communication session, and—allocate resources to the at least one session in dependence of the traffic load and ul_ratio and dl_ratio, by allocating resources in the uplink in dependence of the dl_ratio and/or allocating resources in the downlink in dependence of the ul_ratio.
    • 可以通过监视网络中的上行链路和下行链路方向上的业务负载的方法,更有效地将网络资源分配给无线电信网络中的通信会话,对于至少一个会话,确定参数ul_ratio和dl_ratio, 以ul_ratio = ul_throughput /(ul_throughput + dl_throughput)的形式给出dl_ratio = dl_throughput /(ul_throughput + dl_throughput)其中ul_throughput是针对至少一个通信会话的上行链路中的吞吐量,而dl_throughput是针对至少一个通信会话的下行链路中的吞吐量 并且根据流量负载和ul_ratio和dl_ratio通过根据dl_ratio分配上行链路中的资源和/或根据ul_ratio在下行链路中分配资源来将资源分配给至少一个会话。
    • 2. 发明授权
    • Method and apparatus for allocating bandwidth in a wireless communication system
    • 在无线通信系统中分配带宽的方法和装置
    • US07962146B2
    • 2011-06-14
    • US12095831
    • 2005-12-02
    • Reiner LudwigPer Magnusson
    • Reiner LudwigPer Magnusson
    • H04W72/00
    • H04W28/12H04L47/10H04L47/14H04W24/00H04W28/24H04W72/0453H04W72/12
    • Network resources can be allocated more efficiently to communication sessions in a wireless telecommunications network, by the method of—monitoring the traffic load in the uplink and downlink direction in the network,—for the at least one session, determining the parameters ul_ratio and dl_ratio, given as ul_ratio=ul_throughput/(ul_throughput+dl_throughput) dl_ratio=dl_throughput/(ul_throughput+dl_throughput) wherein ul_throughput is the throughput in the uplink for the at least one communication session and dl_throughput is the throughput in the downlink for the at least one communication session, and—allocate resources to the at least one session in dependence of the traffic load and ul_ratio and dl_ratio, by allocating resources in the uplink in dependence of the dl_ratio and/or allocating resources in the downlink in dependence of the ul_ratio.
    • 可以通过监视网络中的上行链路和下行链路方向上的业务负载的方法,更有效地将网络资源分配给无线电信网络中的通信会话,对于至少一个会话,确定参数ul_ratio和dl_ratio, 以ul_ratio = ul_throughput /(ul_throughput + dl_throughput)的形式给出dl_ratio = dl_throughput /(ul_throughput + dl_throughput)其中ul_throughput是针对至少一个通信会话的上行链路中的吞吐量,而dl_throughput是针对至少一个通信会话的下行链路中的吞吐量 并且根据流量负载和ul_ratio和dl_ratio通过根据dl_ratio分配上行链路中的资源和/或根据ul_ratio在下行链路中分配资源来将资源分配给至少一个会话。
    • 7. 发明申请
    • QUALITY OF SERVICE HANDLING IN PACKET CORE AND RADIO NETWORKS
    • 服务质量在分组核心和无线电网络中的处理
    • US20140029435A1
    • 2014-01-30
    • US14009941
    • 2011-04-07
    • Hans MattssonReiner LudwigPaul Schliwa-Bertling
    • Hans MattssonReiner LudwigPaul Schliwa-Bertling
    • H04W28/02
    • H04W28/0252H04W76/12
    • There is provided a serving node S) comprising processing means (CTRL_U1; MEM—1) and an interface unit (INT_U1) and a method for such a serving node, the serving node being adapted for participating in a network requested secondary PDP context activation procedure, the processing means being adapted for: —receiving (91) an initiate PDP context activation request signal from a gateway node (G). The serving node is also adapted for—determining (92A) whether the user entity supports network requested dedicated bearers; and if not the case; —without engaging in signalling with the user entity, transmitting (93) an initiate PDP context activation response signal indicating the network requested secondary PDP context activation has been accepted; and—transmitting (95) a create PDP context request signal to the gateway node. The Serving node may be adapted to further: if interacting with a GERAN radio node; —receiving (96) a create PDP context response signal from the gateway node (G), with a negotiated quality of service; —transmitting (97) a create BSS packet flow context request signal to the user entity, optionally comprising an indication, that the user entity supports no network requested dedicated bearer. Moreover, there is provided a radio node and a method for a radio node.
    • 提供了包括处理装置(CTRL_U1; MEM-1)和接口单元(INT_U1)的服务节点S和用于这种服务节点的方法,服务节点适于参与网络请求的辅助PDP上下文激活过程 所述处理装置适于:从网关节点(G)接收(91)发起的PDP上下文激活请求信号。 服务节点还适于确定(92A)用户实体是否支持网络请求的专用承载; 如果不是这样的话; - 不用与用户实体进行信号通信,发送(93)指示所请求的网络请求的辅助PDP上下文激活的发起PDP上下文激活响应信号已被接受; 并向网关节点发送(95)创建PDP上下文请求信号。 服务节点可以适于进一步:如果与GERAN无线电节点交互; - 接收(96)从所述网关节点(G)创建PDP上下文响应信号,具有协商的服务质量; - 向用户实体(97)创建BSS分组流上下文请求信号,可选地包括用户实体不支持网络请求的专用承载的指示。 此外,提供了一种用于无线电节点的无线电节点和方法。