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    • 2. 发明授权
    • Indicator in the mobility management (MM) procedures to specify the procedure type executed in the core network (CN) entities
    • 移动性管理(MM)过程中的指示符指定在核心网(CN)实体中执行的过程类型
    • US06505044B1
    • 2003-01-07
    • US09159711
    • 1998-09-24
    • Juha BäckHeikki EinolaTony HulkkonenSeppo HuotariLauri LahtinenKhiem LeHeikki LindholmJaakko RajaniemiJuha Timonen
    • Juha BäckHeikki EinolaTony HulkkonenSeppo HuotariLauri LahtinenKhiem LeHeikki LindholmJaakko RajaniemiJuha Timonen
    • H04Q720
    • H04W60/00H04W48/18H04W88/06
    • A method, a system, or an article of manufacture provides Mobility Management (MM), for example, an update procedure, in a Core Network (CN) of a mobile communication system. The Mobile Station (MS) includes an indicator which defines an update type. The update type includes: all CN entities; one type of CN entity only. If the indicator has the update type of all CN entities, the MS registers all CN entities. If the indicator has the update type of one type of CN entity only, the MS registers the one type of CN entity only. The CN entities may be MSC/NVLR CN entity, SGSN CN entity, or other CN entity. The method includes the MS determining to which of the CN entity to perform the update procedure; the MS updating the CN entity; the CN acknowledging the MS whether update is successful or failed; and the CN acknowledging the MS whether update of other CN entity is needed, if needed, the CN defining to which of the CN entity to perform update, and continuing the update of the defined CN entity. The MS does not have to know the services subscribed to a user, nor does the MS have to know the configuration of the CN.
    • 方法,系统或制品在移动通信系统的核心网络(CN)中提供移动性管理(MM),例如更新过程。 移动台(MS)包括定义更新类型的指示符。 更新类型包括:所有CN实体; 一种类型的CN实体。 如果指示灯具有所有CN实体的更新类型,则MS注册所有CN实体。 如果指示符仅具有一种类型的CN实体的更新类型,则MS仅注册一种类型的CN实体。 CN实体可以是MSC / NVLR CN实体,SGSN CN实体或其他CN实体。 该方法包括:MS确定CN实体中的哪一个执行更新过程; MS更新CN实体; CN确认MS是否更新成功或失败; 并且CN确认MS是否需要更新其他CN实体,如果需要,CN定义CN实体进行更新,并继续更新所定义的CN实体。 MS不必知道订阅用户的服务,MS也不必知道CN的配置。
    • 6. 发明授权
    • Handover between wireless telecommunication networks/systems
    • 无线电信网络/系统之间的切换
    • US06771964B1
    • 2004-08-03
    • US09406209
    • 1999-09-24
    • Heikki EinolaLauri LahtinenBo AxerudKati VainolaSusanna Kallio
    • Heikki EinolaLauri LahtinenBo AxerudKati VainolaSusanna Kallio
    • H04O720
    • H04W36/0066H04W8/20
    • A method and a wireless telecommunication system of performing network-assisted handover of calls between a serving network and another wireless network that employs communication protocols different from those of the serving network. A message is sent from a mobile station of a user to the serving wireless network, which includes an indication that the mobile station is capable of communicating with the neighboring wireless network. Information relating to the communication characteristics of the neighboring wireless network is also sent from the serving wireless network to the mobile station. Using the information relating to the communication characteristics of the neighboring wireless network, the mobile station receives radio signals from the neighboring wireless network. The quality of the radio signals between the mobile station and the neighboring wireless network is measured. The serving wireless network sends a message to the neighboring wireless network to request a handover of the communication transaction when the quality of the radio signals between the neighboring wireless network and the mobile station meets a predetermined minimum threshold. Then a handover of the communication transaction from the serving wireless network to the neighboring wireless network is executed after the neighboring wireless network has established a communication channel for the mobile station pursuant to the handover request.
    • 一种在服务网络和采用与服务网络不同的通信协议的另一无线网络之间执行呼叫的网络辅助切换的方法和无线电信系统。 消息从用户的移动台发送到服务无线网络,其包括移动台能够与相邻无线网络进行通信的指示。 与相邻无线网络的通信特性有关的信息也从服务无线网络发送到移动台。 使用与相邻无线网络的通信特性相关的信息,移动站从相邻的无线网络接收无线电信号。 测量移动台与相邻无线网络之间无线电信号的质量。 当相邻无线网络和移动站之间的无线电信号的质量满足预定的最小阈值时,服务无线网络向相邻无线网络发送消息以请求通信事务的切换。 然后,在相邻无线网络根据切换请求建立了移动台的通信信道之后,执行通信事务从服务无线网络到相邻无线网络的切换。
    • 8. 发明授权
    • Location management for cellular systems
    • 蜂窝系统的位置管理
    • US06898433B1
    • 2005-05-24
    • US09763883
    • 2000-04-26
    • Jaakko RajaniemiKalle AhmavaaraHeikki EinolaJuha BäckTony HulkkonenSerge Haumont
    • Jaakko RajaniemiKalle AhmavaaraHeikki EinolaJuha BäckTony HulkkonenSerge Haumont
    • H04W36/12H04Q7/20
    • H04W8/12H04W8/06H04W36/12
    • A method for indicating a mobile station's (MS) location. A first radio network controller, RNC, acts as the mobile station's serving RNC (SRNC), for reporting the mobile station's location to the core network (CN). A second RNC acts as the mobile station's drift RNC (DRNC), for maintaining a radio connection with the mobile station. In response to fulfillment of at least one criterion in a first set of criteria, the mobile station (MS) sends location information about its location to the second RNC (DRNC) which forwards the location information to the first RNC (SRNC) for reporting to the core network (CN). There is also a second set of criteria for transforming the location information. In response to fulfillment of at least one criterion in the second set, the first RNC (SRNC) sends falsified information about the mobile station's location to the core network (CN).
    • 一种用于指示移动台(MS)位置的方法。 第一无线电网络控制器RNC用作移动台的服务RNC(SRNC),用于将移动台的位置报告给核心网络(CN)。 第二RNC用作移动台的漂移RNC(DRNC),用于维持与移动台的无线电连接。 响应于在第一组标准中满足至少一个标准,移动台(MS)将关于其位置的位置信息发送到第二RNC(DRNC),该第二RNC将位置信息转发到第一RNC(SRNC)以报告 核心网(CN)。 还有第二组标准来转换位置信息。 响应于第二组中至少一个标准的实现,第一RNC(SRNC)向核心网(CN)发送关于移动台位置的伪造信息。
    • 10. 发明授权
    • SGSN semi anchoring during the inter SGSN SRNC relocation procedure
    • SGSN在SRNC重定位过程中的半锚定
    • US06909895B2
    • 2005-06-21
    • US10000242
    • 2001-10-18
    • Heikki EinolaSerge HaumontPaul SitchJaakko Rajaniemi
    • Heikki EinolaSerge HaumontPaul SitchJaakko Rajaniemi
    • H04W36/12H04Q7/20H04L12/28
    • H04W36/12
    • The present invention proposes a method for performing a relocation procedure for a user equipment (UE) communicating in a communication network and being movable therein, said communication network comprising at least two serving nodes (SGSN1, SGSN2) of a core network of said communication network, each of which serving nodes being connected to at least one access network controller (RNC1, RNC2) of a access network of said communication network, each of which access network controllers being adapted to perform a communication with said user equipment (UE) within its coverage area, and each serving node being assigned to a respective routing area (RA1, RA2), said method comprising the steps of monitoring (S100) the occurrence of a relocation condition, deciding (S200), whether said relocation condition is an inter serving node relocation condition, switching (S400) the communication from a first access network controller (RNC1) of a first serving node (SGSN1) to a second access network controller (RNC2) of a second serving node (SGSN2), when the decision in said decision step (S200) is positive; maintaining (S600) the control of communication in the core network anchored in the first serving node (SGSN1) while the communication connection is in a first state (S500); and changing (S700) the control of communication in the core network to the second serving node (SGSN2), when a changing condition is detected (S500). The present invention also proposes a corresponding system and network element.
    • 本发明提出了一种用于对在通信网络中通信并在其中可移动的用户设备(UE)执行重定位过程的方法,所述通信网络包括所述网络的核心网络的至少两个服务节点(SGSN 1,SGSN 2) 通信网络,其中每个服务节点连接到所述通信网络的接入网络的至少一个接入网络控制器(RNC 1,RNC 2),每个接入网络控制器适于执行与所述用户设备的通信( UE),并且每个服务节点被分配给相应的路由区域(RA 1,RA 2),所述方法包括以下步骤:监视(S100)重定位条件的发生,确定(S 200) 所述重定位条件是否是服务间节点重定位条件,从第一服务节点(SGSN 1)的第一接入网络控制器(RNC 1)切换到(S 400)到第一服务节点 当所述判定步骤(S 200)中的判定为肯定时,第二服务节点(SGSN 2)的第二接入网络控制器(RNC2) 在通信连接处于第一状态时,维护(S 600)在锚定在第一服务节点(SGSN 1)的核心网络中的通信的控制(S 500); 并且当检测到改变条件时,将核心网络中的通信的控制(S 700)改变为第二服务节点(SGSN 2)(S 500)。 本发明还提出了相应的系统和网络元件。