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    • 1. 发明授权
    • Angle of arrival downlink signaling
    • 到达角下行信号
    • US08233920B2
    • 2012-07-31
    • US12465931
    • 2009-05-14
    • Dirk GerstenbergerAri KangasDaniel LarssonTorbjörn Wigren
    • Dirk GerstenbergerAri KangasDaniel LarssonTorbjörn Wigren
    • H04W24/00H04M3/42
    • G01S5/12G01S5/0009H04L67/18H04W4/02
    • A wireless communication network determines positioning data for a given mobile terminal, in response to receiving a positioning event trigger for that mobile terminal. The network sends the positioning data to the mobile terminal via control-plane signaling, for transfer by the mobile terminal to the user plane. Correspondingly, the mobile terminal receives the positioning data over the control plane, transfers it to the user plane, and transmits the positioning data or location information derived from the positioning data, via user-plane signaling. As such, network-performed positioning measurements and/or geographic coordinate data derived therefrom are transferred from the control plane, to the user plane, for flexible and transparent transmission from the mobile terminal to a given node having a user-plane connection with the mobile terminal. Such a node may be essentially any type of communication device, system, or server, internal or external to the network.
    • 响应于接收到该移动终端的定位事件触发,无线通信网络确定给定移动终端的定位数据。 网络通过控制平面信令将定位数据发送给移动终端,由移动终端向用户平面传输。 相应地,移动终端通过控制平面接收定位数据,将其传送到用户平面,并经由用户平面信令发送定位数据或从定位数据导出的位置信息。 因此,网络执行的定位测量和/或从其导出的地理坐标数据从控制平面传送到用户平面,用于从移动终端到具有与移动站的用户平面连接的给定节点的灵活和透明传输 终奌站。 这样的节点可以是网络内部或外部的任何类型的通信设备,系统或服务器。
    • 3. 发明申请
    • Angle of Arrival Downlink Signaling
    • 到达角度下行信号
    • US20100240392A1
    • 2010-09-23
    • US12465931
    • 2009-05-14
    • Dirk GerstenbergerAri KangasDaniel LarssonTorbjorn Wigren
    • Dirk GerstenbergerAri KangasDaniel LarssonTorbjorn Wigren
    • H04W64/00
    • G01S5/12G01S5/0009H04L67/18H04W4/02
    • A wireless communication network determines positioning data for a given mobile terminal, in response to receiving a positioning event trigger for that mobile terminal. The network sends the positioning data to the mobile terminal via control-plane signaling, for transfer by the mobile terminal to the user plane. Correspondingly, the mobile terminal receives the positioning data over the control plane, transfers it to the user plane, and transmits the positioning data or location information derived from the positioning data, via user-plane signaling. As such, network-performed positioning measurements and/or geographic coordinate data derived therefrom are transferred from the control plane, to the user plane, for flexible and transparent transmission from the mobile terminal to a given node having a user-plane connection with the mobile terminal. Such a node may be essentially any type of communication device, system, or server, internal or external to the network.
    • 响应于接收到该移动终端的定位事件触发,无线通信网络确定给定移动终端的定位数据。 网络通过控制平面信令将定位数据发送给移动终端,由移动终端向用户平面传输。 相应地,移动终端通过控制平面接收定位数据,将其传送到用户平面,并经由用户平面信令发送定位数据或从定位数据导出的位置信息。 因此,网络执行的定位测量和/或从其导出的地理坐标数据从控制平面传送到用户平面,用于从移动终端到具有与移动站的用户平面连接的给定节点的灵活和透明传输 终奌站。 这样的节点可以是网络内部或外部的任何类型的通信设备,系统或服务器。
    • 6. 发明申请
    • RADIO FINGERPRINT METHOD IN A POSITIONING NODE FOR PROVIDING GEOGRAPHIC REGION DATA
    • 用于提供地理区域数据的定位节点中的无线指纹方法
    • US20110039580A1
    • 2011-02-17
    • US12989453
    • 2008-06-24
    • Torbjörn WigrenRobert BaldemairMuhammad KazmiMartin IsraelssonDirk Gerstenberger
    • Torbjörn WigrenRobert BaldemairMuhammad KazmiMartin IsraelssonDirk Gerstenberger
    • H04W24/00
    • H04W4/02G01S5/0252H04W24/10H04W64/00
    • A method for providing geographic region data includes receiving geographic position data associated with a location point of a first user equipment and receiving a first radio fingerprint. The method also includes associating the received first radio fingerprint with the received geographic position data and clustering the received geographic position data to create cluster boundaries defining geographical region data. The method further includes receiving a second radio fingerprint and comparing the second radio fingerprint received from the second user equipment with previously received radio fingerprints being associated with geographic region data, and if the second radio fingerprint corresponds to a previously received radio fingerprint, associating the geographic region data of the previously received radio fingerprint with the location point of the second user equipment, and providing the geographic region data, associated with the location point of the second user equipment.
    • 一种用于提供地理区域数据的方法包括接收与第一用户设备的位置点相关联的地理位置数据并接收第一无线电指纹。 该方法还包括将接收到的第一无线电指纹与接收到的地理位置数据相关联,并且对接收到的地理位置数据进行聚类以创建定义地理区域数据的簇边界。 该方法还包括接收第二无线电指纹并将从第二用户设备接收的第二无线电指纹与先前接收到的与地理区域数据相关联的无线电指纹进行比较,以及如果第二无线电指纹对应于先前接收的无线电指纹,则将地理 先前接收的无线电指纹的区域数据与第二用户设备的位置点相关联,并提供与第二用户设备的位置点相关联的地理区域数据。
    • 7. 发明授权
    • Collective positioning in mobile communication systems
    • 移动通信系统中的集体定位
    • US09031576B2
    • 2015-05-12
    • US12438470
    • 2006-08-23
    • Torbjörn WigrenDirk GerstenbergerBo GöranssonStefan Parkvall
    • Torbjörn WigrenDirk GerstenbergerBo GöranssonStefan Parkvall
    • H04W64/00G01S5/00G01S5/02H04L12/18H04W4/06
    • H04W64/00G01S5/0009G01S5/0257H04L12/189H04W4/06
    • Methods and devices for managing a cellular communication system (1) and mobile terminals (40) are presented. A collective positioning measurement order (50) is issued to a multitude of mobile terminals (40) in a first cell (10) of the cellular communication system (1). This issuing is preferably performed intermittently at a multitude of times according to a predetermined rule. Each mobile terminal (40) receives information concerning a collective positioning measurement order. The mobile terminal (40) performs a positioning operation, typically a positioning measurement on a ranging signal (51, 52) or transmission of a ranging signal (53), preferably intermittently at a multitude of times, according to a predetermined rule based on the information concerning the collective positioning measurement order. An updating of a storage with positioning data can preferably be obtained. In terrestrially based positioning systems, signal resources dedicated to positioning measurement can be reserved in the cellular communication system.
    • 提出了用于管理蜂窝通信系统(1)和移动终端(40)的方法和设备。 向蜂窝通信系统(1)的第一小区(10)中的多个移动终端(40)发出集体定位测量顺序(50)。 该发行优选地根据预定规则在多次间歇地执行。 每个移动终端(40)接收关于集体定位测量顺序的信息。 移动终端(40)通常根据预定规则执行定位操作,通常是测距信号(51,52)上的定位测量或测距信号(53)的传输,优选间歇地在多个时间间隔地基于 有关集体定位测量订单的信息。 可以优选地获得具有定位数据的存储器的更新。 在基于地面的定位系统中,专用于定位测量的信号资源可以在蜂窝通信系统中保留。
    • 10. 发明授权
    • Radio fingerprint method in a positioning node for providing geographic region data
    • 用于提供地理区域数据的定位节点中的无线电指纹方法
    • US08385226B2
    • 2013-02-26
    • US12989453
    • 2008-06-24
    • Torbjörn WigrenRobert BaldemairMuhammad KazmiMartin IsraelssonDirk Gerstenberger
    • Torbjörn WigrenRobert BaldemairMuhammad KazmiMartin IsraelssonDirk Gerstenberger
    • H04L12/26H04L12/28H04L12/56
    • H04W4/02G01S5/0252H04W24/10H04W64/00
    • A method for providing geographic region data includes receiving geographic position data associated with a location point of a first user equipment and receiving a first radio fingerprint. The method also includes associating the received first radio fingerprint with the received geographic position data and clustering the received geographic position data to create cluster boundaries defining geographical region data. The method further includes receiving a second radio fingerprint and comparing the second radio fingerprint received from the second user equipment with previously received radio fingerprints being associated with geographic region data, and if the second radio fingerprint corresponds to a previously received radio fingerprint, associating the geographic region data of the previously received radio fingerprint with the location point of the second user equipment, and providing the geographic region data, associated with the location point of the second user equipment.
    • 一种用于提供地理区域数据的方法包括接收与第一用户设备的位置点相关联的地理位置数据并接收第一无线电指纹。 该方法还包括将接收到的第一无线电指纹与接收到的地理位置数据相关联,并且对接收到的地理位置数据进行聚类以创建定义地理区域数据的簇边界。 该方法还包括接收第二无线电指纹并将从第二用户设备接收的第二无线电指纹与先前接收到的与地理区域数据相关联的无线电指纹进行比较,以及如果第二无线电指纹对应于先前接收的无线电指纹,则将地理 先前接收的无线电指纹的区域数据与第二用户设备的位置点相关联,并提供与第二用户设备的位置点相关联的地理区域数据。