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    • 4. 发明申请
    • METHOD AND ARRANGEMENT IN A MULTI-ACCESS COMMUNICATION NETWORK
    • 多址通信网络中的方法和布置
    • WO2007043927A1
    • 2007-04-19
    • PCT/SE2005/002056
    • 2005-12-29
    • TELEFONAKTIEBOLAGET LM ERICSSON (publ)MAGNUSSON, PerLUNDSJÖ, JohanPRYTZ, MikaelSACHS, Joachim
    • MAGNUSSON, PerLUNDSJÖ, JohanPRYTZ, MikaelSACHS, Joachim
    • H04Q7/38H04L12/64
    • H04W36/0066H04W36/0083H04W36/28
    • The present invention relates to a method and arrangement for making a handover decision in a multi-access communication network comprising a core network (30) and at least one user terminal network (10) communicating with said core network (30) on at least two access paths (a, b) via at least two access networks (20a, 20b), whereby data sessions are routed on at least a first access path (a) via a first access network (20a) and a second access path (b) via a second access network (20b). A first set of criteria is determined by an Access Network control Function (ANF) (25a, 25b) for when a handover between said at least two access paths (a, b) should be performed and a report is sent to an Access Selection Function (ASF) (34) when at least one criterion of said first set of criteria is fulfilled. A second set of criteria is determined by a Connection Management Function (CMF) (14) for when a handover between said at least two access paths (a, b) should be performed and a report is sent to the ASF (34) when at least one criterion of said second set of criteria is fulfilled. The ASF (34) determines one or more data sessions of said at least one user terminal network (10) to be handed over based on the sent reports and directs a core network anchor (32) and a terminal anchor (12) to execute a handover by re-routing said determined data sessions from one access path (a, b) to an alternative access path (a, b).
    • 本发明涉及一种用于在包括核心网(30)和至少一个用户终端网络(10)的多址通信网络中进行切换判定的方法和装置,所述至少一个用户终端网络(10)在至少两个 通过至少两个接入网络(20a,20b)访问路径(a,b),由此经由第一接入网络(20a)和第二接入路径(b)在至少第一接入路径(a)上路由数据会话, 经由第二接入网络(20b)。 第一组标准由接入网络控制功能(ANF)(25a,25b)确定,用于当应该执行所述至少两个接入路径(a,b)之间的切换并将报告发送到接入选择功能 (ASF)(34)当满足所述第一组标准的至少一个标准时。 第二组标准由连接管理功能(CMF)(14)确定,用于当应当执行所述至少两个访问路径(a,b)之间的切换并且当处于 满足所述第二组标准的至少一个标准。 ASF(34)基于所发送的报告确定所述至少一个用户终端网络(10)的一个或多个数据会话,并指示核心网锚(32)和终端锚(12)执行 通过将所述确定的数据会话从一个访问路径(a,b)重新路由到替代访问路径(a,b)来进行切换。
    • 8. 发明申请
    • MULTI-ANTENNA RELAY WITH SELF-INTERFERENCE CANCELLATION
    • 具有自干扰消除的多天线继电器
    • WO2008004916A1
    • 2008-01-10
    • PCT/SE2006/000829
    • 2006-07-03
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)LARSSON, PeterPRYTZ, Mikael
    • LARSSON, PeterPRYTZ, Mikael
    • H04B7/15H04B1/38
    • H04B7/15564
    • A wireless relay node (100) comprises a receiving side (110) and a transmitting side (120) adapted for concurrent reception and transmission of an information stream, and at least one of the two sides has multiple antennas for multi-antenna operation. In the internal design, the wireless relay node is further configured (130) for cancelling signal feedback from a multi-antenna dependent feedback channel from the transmitting side to the receiving side based on an N x M dimensional filter matrix (135) dependent on the multi-antenna dependent feedback channel, where at least one of N and M is greater than 1. In this way, self-interference cancellation of a multi-antenna dependent feedback signal from the output to the input of the wireless relay node is effectively obtained.
    • 无线中继节点(100)包括适于同时接收和发送信息流的接收侧(110)和发送侧(120),并且所述两侧中的至少一个具有用于多天线操作的多个天线。 在内部设计中,无线中继节点被进一步配置(130),用于基于取决于所述发射侧的接收侧的N×M维滤波器矩阵(135)来消除来自多天线依赖反馈信道的信号反馈 多天线相关反馈信道,其中N和M中的至少一个大于1.以这种方式,有效地获得从天线到输入端的多天线相关反馈信号的自干扰消除 。
    • 9. 发明申请
    • SELECTIVE RELAYING IN A NETWORK NODE
    • 网络节点中的选择性继电器
    • WO2012177190A1
    • 2012-12-27
    • PCT/SE2011/050799
    • 2011-06-20
    • TELEFONAKTIEBOLAGET LM ERICSSON (publ)AYADURAI, VicknesanPRYTZ, Mikael
    • AYADURAI, VicknesanPRYTZ, Mikael
    • H04W88/04H04B7/155
    • H04B7/15528H04B7/155H04B7/15507H04L1/1867H04L1/1887H04L2001/0097H04W88/04
    • Network node (110) and method in the network node (110), for forwarding a wirelessly transmitted data packet to a second network node (120), which data packet was received from a third network node (130) with the second network node (120) as the intended recipient. The method comprises monitoring (501) data packets exchanged between the second network node (120) and the third network node (130), determining (502) that a wireless communication session is established between the second and third network nodes (120, 130), measuring (503) received signal power of wireless signals received from the second and third network nodes (120, 130), respectively, on at least two different points in time, detecting (504) a difference over time of measured (503) received signal power, identifying (506) that a data packet, transmitted by the third network node (130) is not received by the second network node (120), forwarding (507) the data packet, identified (506) as not received.
    • 网络节点(110)和网络节点(110)中的方法,用于将无线传输的数据分组转发到第二网络节点(120),所述数据分组从具有第二网络节点的第三网络节点(130)接收 120)作为预期收件人。 该方法包括监视(501)在第二网络节点(120)和第三网络节点(130)之间交换的数据分组,确定(502)在第二和第三网络节点(120,130)之间建立无线通信会话, 测量(503)分别在至少两个不同的时间点从第二和第三网络节点(120,130)接收的无线信号的接收信号功率,检测(504)接收到的测量(503)的时间差 信号功率,识别(506)由第三网络节点(130)发送的数据分组未被第二网络节点(120)接收,转发(​​507)已识别(506)的数据分组未接收到。