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    • 33. 发明授权
    • Mobile communication system
    • 移动通信系统
    • US08619664B2
    • 2013-12-31
    • US13266471
    • 2010-04-23
    • Hideaki TakahashiWuri Andarmawanti HapsariAnil UmeshMikio IwamuraMinami Ishii
    • Hideaki TakahashiWuri Andarmawanti HapsariAnil UmeshMikio IwamuraMinami Ishii
    • H04B7/14H04W72/08
    • H04B7/2606H04B7/155H04L65/104H04W76/12
    • A radio base station includes a mobile communication system configured to transmit and receive a data signal between a mobile station and a gateway device via a relay node and a radio base station. The mobile communication system is configured such that the radio bearer for the mobile station is set between the mobile station and the relay node. The radio bearer for the relay node is set between the relay node and the radio base station. A network bearer for the mobile station is set between the relay node and the gateway device. The network bearer for a plurality of mobile stations is multiplexed in the radio bearer for the relay node, and a data signal is transmitted and received between the mobile station and the gateway device via the radio bearer for the mobile station and the network bearer for the mobile station.
    • 无线基站包括被配置为经由中继节点和无线基站在移动台与网关装置之间发送和接收数据信号的移动通信系统。 移动通信系统被配置为使得移动站的无线承载被设置在移动台和中继节点之间。 中继节点的无线承载设置在中继节点和无线基站之间。 在中继节点和网关设备之间设置用于移动台的网络承载。 多个移动站的网络承载在中继节点的无线承载中多路复用,经移动台的无线承载和移动台的网络承载之间,在移动台与网关设备之间发送和接收数据信号 移动台。
    • 34. 发明授权
    • Mobile communication system
    • 移动通信系统
    • US08498236B2
    • 2013-07-30
    • US13266359
    • 2010-04-21
    • Wuri Andarmawanti HapsariHideaki TakahashiAnil UmeshMikio IwamuraMinami Ishii
    • Wuri Andarmawanti HapsariHideaki TakahashiAnil UmeshMikio IwamuraMinami Ishii
    • H04B7/14
    • H04W36/0016H04B7/2606H04W84/047H04W92/20
    • A radio base station according to the present invention comprising: a mobile communication system, a relay node and a first radio base station are connected via a radio bearer, the first radio base station and a second radio base station are connected, a mobile station is configured to perform a handover process between a state in which a radio bearer is set with the relay node so as to communicate via the relay node and the first radio base station, and a state in which a radio bearer is set with the second radio base station so as to communicate via the second radio base station, and the handover process is configured such that a radio bearer is set between the relay node and the second radio base station, and the control signals involved in the handover process are sent and received via the radio bearer that has been set between the relay node and the second radio base station.
    • 根据本发明的无线电基站包括:移动通信系统,中继节点和第一无线基站经由无线承载连接,第一无线基站和第二无线基站连接,移动台 被配置为在通过所述中继节点设置无线承载的状态与经由所述中继节点和所述第一无线基站进行通信的状态之间进行切换处理,以及在所述无线承载与所述第二无线基站 站,以便经由第二无线基站进行通信,并且切换处理被配置为使得在中继节点和第二无线基站之间设置无线承载,并且切换过程中涉及的控制信号经由 已经设置在中继节点和第二无线电基站之间的无线承载。
    • 36. 发明申请
    • MOBILE COMMUNICATION METHOD, MOBILE MANAGEMENT NODE, POSITIONING CALCULATION NODE, AND MOBILE STATION
    • 移动通信方法,移动管理节点,定位计算节点和移动站
    • US20120225647A1
    • 2012-09-06
    • US13500022
    • 2010-10-07
    • Katsutoshi NishidaZhen MiaoMinami IshiiWuri Andarmawanti Hapsari
    • Katsutoshi NishidaZhen MiaoMinami IshiiWuri Andarmawanti Hapsari
    • H04W24/04H04W36/32H04W64/00
    • H04W36/32H04W64/00H04W76/18
    • To eliminate the problems when a handover by a mobile station UE over a radio base station eNodeB is performed during a positioning process of the mobile station UE. A mobile management node MME according to the present invention is configured to transmit a transfer signal “S1-AP Downlink NAS Transport” including an LPP signal received from a positioning calculation node E-SMLC and the identification information of the E-SMLC to a radio base station eNodeB, and when a transmission failure reason included in a transmission failure notification signal “S1-AP NON DELIVERY INDICATION” received from the radio base station eNodeB indicates a positioning failure, the mobile management node MME transmits the transmission failure reason and the LPP signal included in the transmission failure notification signal “S1-AP NON DELIVERY INDICATION” to the positioning calculation node E-SMLC identified by the identification information of the E-SMLC included in the transmission failure notification signal.
    • 为了消除在移动台UE的定位处理期间执行移动台UE在无线基站eNodeB的切换时的问题。 根据本发明的移动管理节点MME被配置为发送包括从定位计算节点E-SMLC接收的LPP信号和E-SMLC的识别信息的传输信号“S1-AP下行链路NAS传输”到无线电 基站eNodeB,并且当从无线基站eNodeB接收到的发送失败通知信号“S1-AP非递送指示”中包含的传输失败原因指示定位失败时,移动管理节点MME发送传输失败原因和LPP 发送失败通知信号“S1-AP NON DELIVERY INDICATION”中包含的信号发送到由发送失败通知信号中包含的E-SMLC的识别信息所识别的定位计算节点E-SMLC。
    • 40. 发明申请
    • MOBILE COMMUNICATION SYSTEM
    • 移动通信系统
    • US20120093081A1
    • 2012-04-19
    • US13266488
    • 2010-04-19
    • Wuri Andarmawanti HapsariAnil UmeshHideaki TakahashiMikio IwamuraMinami Ishii
    • Wuri Andarmawanti HapsariAnil UmeshHideaki TakahashiMikio IwamuraMinami Ishii
    • H04W76/06
    • H04W76/25H04B7/2606H04L63/164H04W12/00H04W80/08H04W84/045H04W84/047
    • A radio base station includes a mobile communication system that sends and receives control signals between a mobile station and a mobile switching center via a first radio bearer, a second radio bearer, and a wired bearer. The relay node includes a first radio bearer function, a second radio bearer function, an IP layer function, an SCTP layer function, and an application layer function. The radio base station includes a second radio bearer function, a wired bearer function, and an IP layer function. The mobile switching center includes a wired bearer function, IP layer function, SCTP layer function, and an application layer function. Keep-alive processing is performed between the SCTP layer function of the relay node and the SCTP layer function of the mobile switching center. Security processing is performed between the IP layer function of the relay node and the IP layer function of the mobile switching center.
    • 无线基站包括通过第一无线承载,第二无线承载和有线承载在移动台与移动交换中心之间发送接收控制信号的移动通信系统。 中继节点包括第一无线承载功能,第二无线承载功能,IP层功能,SCTP层功能和应用层功能。 无线基站包括第二无线承载功能,有线承载功能和IP层功能。 移动交换中心包括有线承载功能,IP层功能,SCTP层功能和应用层功能。 在中继节点的SCTP层功能与移动交换中心的SCTP层功能之间进行保持处理。 在中继节点的IP层功能与移动交换中心的IP层功能之间进行安全处理。