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    • 5. 发明申请
    • A METHOD AND APPARATUS FOR INTERRUPTING A TRANSMISSION OF A MULTICAST SIGNAL
    • 一种用于中断多路信号传输的方法和装置
    • WO2005048466A3
    • 2005-09-09
    • PCT/US2004036396
    • 2004-11-03
    • MOTOROLA INCBURBIDGE RICHARD CKUCHIBHOTLA RAVIPUTCHA PADMAJASTEWART KENNETH A
    • BURBIDGE RICHARD CKUCHIBHOTLA RAVIPUTCHA PADMAJASTEWART KENNETH A
    • H04B20060101H04J3/16H04W4/06H04W24/10H04W88/02
    • H04W72/005H04W24/10H04W88/02
    • A method and apparatus for interrupting a transmission of a multicast signal includes a common channel selector (106) coupled to a receiver (102) to receive common channel information (116) therefrom. A repetition value calculator (108) receives measurement occasion information (118) from the common channel selector (106) to calculate a repetition factor (120). A system frame number comparator (110) determines if a channel measurement occasion (128) should be performed based on the repetition factor (120), a common identifier (124) and a largest common channel transmission time interval (122). The method and apparatus further includes a measurement occasion generator (112) coupled to the system frame number comparator (110), wherein if a measurement occasion is to be performed, a measurement occasion command signal (126) is provided to the measurement occasion generator (112) and the measurement occasion generator generates the channel measurement occasion (128).
    • 用于中断多播信号的传输的方法和装置包括耦合到接收机(102)以从其接收公共信道信息(116)的公共信道选择器(106)。 重复值计算器(108)从公共频道选择器(106)接收测量时机信息(118)以计算重复因子(120)。 系统帧号比较器(110)确定是否应该基于重复因子(120),公共标识符(124)和最大公共信道传输时间间隔(122)来执行信道测量时机(128)。 该方法和装置还包括耦合到系统帧号比较器(110)的测量场合发生器(112),其中如果要执行测量场合,则将测量场合命令信号(126)提供给测量场合发生器 112),测量场合发生器产生通道测量场合(128)。
    • 8. 发明申请
    • A METHOD AND APPARATUS FOR INTERRUPTING A TRANSMISSION OF A MULTICAST SIGNAL
    • 一种中断一个组播信号传输的方法和设备
    • WO2005048466B1
    • 2005-10-13
    • PCT/US2004036396
    • 2004-11-03
    • MOTOROLA INCBURBIDGE RICHARD CKUCHIBHOTLA RAVIPUTCHA PADMAJASTEWART KENNETH A
    • BURBIDGE RICHARD CKUCHIBHOTLA RAVIPUTCHA PADMAJASTEWART KENNETH A
    • H04B20060101H04J3/16H04W4/06H04W24/10H04W88/02
    • H04W72/005H04W24/10H04W88/02
    • A method and apparatus for interrupting a transmission of a multicast signal includes a common channel selector (106) coupled to a receiver (102) to receive common channel information (116) therefrom. A repetition value calculator (108) receives measurement occasion information (118) from the common channel selector (106) to calculate a repetition factor (120). A system frame number comparator (110) determines if a channel measurement occasion (128) should be performed based on the repetition factor (120), a common identifier (124) and a largest common channel transmission time interval (122). The method and apparatus further includes a measurement occasion generator (112) coupled to the system frame number comparator (110), wherein if a measurement occasion is to be performed, a measurement occasion command signal (126) is provided to the measurement occasion generator (112) and the measurement occasion generator generates the channel measurement occasion (128).
    • 一种用于中断多点传播信号的传输的方法和装置包括耦合到接收器(102)以从其接收公共信道信息(116)的公共信道选择器(106)。 重复值计算器(108)从公共信道选择器(106)接收测量时机信息(118)以计算重复因子(120)。 系统帧号比较器(110)基于重复因子(120),公共标识符(124)和最大公共信道传输时间间隔(122)确定是否应该执行信道测量时机(128)。 该方法和设备还包括耦合到系统帧号比较器(110)的测量时机发生器(112),其中如果要执行测量时机,则将测量时机命令信号(126)提供给测量时机发生器 112)并且测量时机发生器产生信道测量时机(128)。
    • 10. 发明申请
    • NON-3GPP ACCESS TO 3GPP ACCESS INTER-RAT HANDOVER WITH RESOURCE PREPARATION
    • 非3GPP接入到3GPP接入间切换与资源准备
    • WO2009154640A2
    • 2009-12-23
    • PCT/US2008072181
    • 2008-08-05
    • MOTOROLA INCSALKINTZIS APOSTOLIS KBURBIDGE RICHARD C
    • SALKINTZIS APOSTOLIS KBURBIDGE RICHARD C
    • H04W36/18H04W8/02H04W8/10H04W8/26H04W12/06H04W36/00H04W36/14H04W72/00
    • H04W36/0016H04W8/10H04W12/06H04W36/0038H04W36/14
    • A pre-registration phase (800) and a resource preparation phase (900) reduce latency when a user equipment (UE) (210) hands over from a non-3GPP radio access (220) such as WiMAX to an 3GPP radio access network (230) such as E-UTRAN. During a pre-registration phase (800), a Forward Attachment Function (260) receives a pre-attach request message (833) and creates (860) a 3GPP mobility management context for the UE (210) that is valid for E-UTRAN access. During a resource preparation phase (900), the mobility management context is transferred to a mobility management entity (MME) (240) and radio and transport resources are reserved for the UE (210) at the target E-UTRAN cell (230). When a handover is initiated (910) by either the UE or the non-3GPP network, the time-consuming authentication and authorization procedures that are performed during the process of pre- registration can be skipped. Additionally, radio and transport resources have already been assigned to the UE and thus do not have to be set-up when the handover executes.
    • 当用户设备(UE)(210)从诸如WiMAX的非3GPP无线电接入(220)向3GPP无线电接入网络(220)移交时,预注册阶段(800)和资源准备阶段(900)减少等待时间 230),例如E-UTRAN。 在预注册阶段(800)期间,前向附着功能(260)接收预附着请求消息(833),并为(E-UTRAN)有效的UE(210)创建(860)3GPP移动性管理上下文 访问。 在资源准备阶段(900)期间,将移动性管理上下文传送到移动性管理实体(MME)(240),并且为目标E-UTRAN小区(230)处的UE(210)预留无线电和传输资源。 当由UE或非3GPP网络发起切换(910)时,可以跳过在预注册过程中执行的耗时的认证和授权过程。 此外,无线电和传输资源已经被分配给UE,因此在切换执行时不必设置。