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    • 1. 发明申请
    • REROUTING TECHNIQUE
    • 反射技术
    • WO2013071989A1
    • 2013-05-23
    • PCT/EP2012/003842
    • 2012-09-13
    • TELEFONAKTIEBOLAGET L M ERICSSON (publ)RÁCZ, SándorEDSTAM, JonasGERÖ, Balázs PéterHARMATOS, JánosMÖLLER, Karl-MagnusNÁDAS, Szilveszter
    • RÁCZ, SándorEDSTAM, JonasGERÖ, Balázs PéterHARMATOS, JánosMÖLLER, Karl-MagnusNÁDAS, Szilveszter
    • H04L12/801H04L12/803
    • H04L45/22H04L47/12H04L47/122H04L47/125H04L47/14H04W28/0268H04W28/04H04W40/12H04W76/22
    • A technique for routing data frames in a telecommunications backhaul network (100) is provided. The telecommunication backhaul network (100) includes a plurality of points and links between the points so that at least two different routes for communicating data frames between a pair of end points is provided. A first end point (102) routes data frames that belong to a communication tunnel between the first end point and second end point (104) on a first route (106), which includes one or more intermediate points (100). At least some of the data frames include a continuity check message. The first end point reroutes data frames belonging to the communication tunnel to a second route that is different from the first route (106), if certain data frames including the continuity check message are lost in the network (100). As to a method aspect of the technique, at least one of the links of the first route are switched to a reduced link capacity. At least a portion of the data frames including the continuity check message are dropped in response to the reduction in link capacity by at least one of the intermediate points (110) of the first route (106).
    • 提供了一种用于在电信回程网络(100)中路由数据帧的技术。 电信回程网络(100)包括点之间的多个点和链路,使得提供用于在一对端点之间传送数据帧的至少两个不同路由。 第一终点(102)在包括一个或多个中间点(100)的第一路由(106)上路由属于第一终点和第二终点(104)之间的通信隧道的数据帧。 至少一些数据帧包括连续性检查消息。 如果包括连续性检查消息的某些数据帧在网络(100)中丢失,则第一终点将属于通信隧道的数据帧重新路由到与第一路由(106)不同的第二路由。 对于该技术的方法方面,第一路由的至少一个链路被切换到减少的链路容量。 响应于第一路由(106)的中间点(110)中的至少一个的链路容量的减小,包括连续性检查消息的数据帧的至少一部分被丢弃。
    • 5. 发明申请
    • FAIR CONGESTION DETECTION FOR TRANSPORT NETWORK LAYER WCDMA COMMUNICATIONS
    • 运输网络层WCDMA通信的公认检测
    • WO2011119086A1
    • 2011-09-29
    • PCT/SE2011/050224
    • 2011-02-28
    • TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)RÁCZ, SándorNÁDAS, Szilveszter
    • RÁCZ, SándorNÁDAS, Szilveszter
    • H04W28/02
    • H04W28/10H04L47/12H04L47/263H04W24/00H04W28/06
    • Congestion is detected in a radio access transport network including one or more radio network controllers each coupled to one or more radio base stations. Multiple data packet flows are each associated with a mobile radio terminal communication, and each flow is controlled in the radio access transport network by a corresponding flow control entity. They are monitored for congestion in the transport network. If a congestion area in the transport network is detected for one of the monitored data packet flows, then a determination is made whether other monitored data packet flows share the detected congestion area. Congestion notification information is communicated to the flow control entities corresponding to the other monitored data packet flows that share the detected congestion area. Based on the congestion notification information, the informed flow control entities may take a flow control action, e.g., to enable fair sharing of communications resources in the transport network.
    • 在包括耦合到一个或多个无线电基站的一个或多个无线电网络控制器的无线电接入传输网络中检测到拥塞。 多个数据分组流每个都与移动无线终端通信相关联,并且每个流由对应的流控制实体在无线接入传输网中进行控制。 监控他们在运输网络中的拥塞。 如果对所监视的数据分组流中的一个检测到传输网络中的拥塞区域,则确定其他监视的数据分组流是否共享检测到的拥塞区域。 拥塞通知信息被传送到与共享检测到的拥塞区域的其他监视数据分组流对应的流控制实体。 基于拥塞通知信息,通知流量控制实体可以采取流量控制动作,例如,以实现传输网络中的通信资源的公平共享。
    • 9. 发明申请
    • A METHOD AND APPARATUS FOR GRANT-BASED UPLINK TRANSMISSION SCHEDULING
    • 基于授权的上行链路传输调度的方法和装置
    • WO2011112124A1
    • 2011-09-15
    • PCT/SE2010/050254
    • 2010-03-08
    • TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)NÁDAS, SzilveszterHÉVIZI, LászlóRÁCZ, Sándor
    • NÁDAS, SzilveszterHÉVIZI, LászlóRÁCZ, Sándor
    • H04W72/14H04W28/10
    • H04W28/10H04L47/263
    • In one aspect, the present invention advantageously provides far greater granularity in adjusting the maximum (schedulable) uplink bit rates of users than is directly available from a defined grant table that is used for making scheduled uplink grants to those users. As a non- limiting example, the EUL scheduler in a NodeB in a WCDMA network calculates the "effective" bit rate desired for one or more users over a given time interval, and determines the pattern of scheduling grants to make from the grant table over that interval, to produce the desired effective bit rate(s). This capability enables the EUL scheduler to make relatively fine fractional adjustments to the aggregate uplink data rate for a plurality of users, thus allowing much more precise reductions in the aggregate uplink data rate of those users. The EUL scheduler makes these more precise adjustments, for example, in response to indications of congestion on the backhaul connection between the NodeB and its supporting RNC. Grant variations also may be used in the HARQ processes of one or more users, for obtaining better bit rate control granularity.
    • 在一个方面,本发明有利地在调整用户的最大(可调度)上行链路比特率方面提供比从用于向这些用户进行预定的上行链路许可的定义的许可表直接可用的更大的粒度。 作为非限制性示例,WCDMA网络中的节点B中的EUL调度器在给定时间间隔内计算一个或多个用户所需的“有效”比特率,并且从授权表中确定调度许可的模式 该间隔以产生期望的有效比特率。 该功能使得EUL调度器能够对多个用户的聚合上行链路数据速率进行相对精细的分数调整,从而允许更精确地降低这些用户的聚合上行链路数据速率。 EUL调度器使得这些更精确的调整,例如响应于NodeB与其支持的RNC之间的回程连接的拥塞的指示。 为了获得更好的比特率控制粒度,在一个或多个用户的HARQ进程中也可以使用授权变动。