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    • 1. 发明申请
    • PREDICTIVE PAGING BASED ON MOBILITY HISTORY AND MOVEMENT PATTERNS
    • 基于移动性历史和运动模式的预测性寻呼
    • US20130316706A1
    • 2013-11-28
    • US13481134
    • 2012-05-25
    • James P. Knauft
    • James P. Knauft
    • H04W68/04H04W60/00
    • H04W68/04H04W8/04
    • A method and apparatus for efficient paging of user equipment (UE) in an LTE network is disclosed. In addition to storing the Last Seen eNodeB (LSeNB) for each UE attached to a mobility management entity (MME), the MME also maintains an LSeNB List of the eNodeBs seen immediately before the LSeNB for each UE. When a notification for a UE arrives at the MME, then MME can select from several paging methods, including paging only the LSeNB to locate the UE and sending a paging request LSeNB as well as to the list of eNodeBs seem immediately before the LSeNB. The MME can send a paging request to more than a single eNodeB but less than a full Tracking Area. Efficient paging is especially needed for voice over internet protocol (VoIP) calls where a call will go to voice mail if a page isn't answered quickly.
    • 公开了一种在LTE网络中有效寻呼用户设备(UE)的方法和装置。 除了为连接到移动性管理实体(MME)的每个UE存储最后观察eNodeB(LSeNB)之外,MME还维护紧邻每个UE的LSeNB之前看到的eNodeB的LSeNB列表。 当UE的通知到达MME时,MME可以从几个寻呼方法中进行选择,包括仅寻呼LSeNB来定位UE,并且在LSeNB之前立即发送寻呼请求LSeNB以及eNodeB列表。 MME可以向多个单个eNodeB发送寻呼请求,但小于完整的跟踪区域。 如果无法快速应答页面,则通过互联网协议语音(VoIP)呼叫特别需要有效的寻呼,如果呼叫将转移到语音信箱。
    • 2. 发明申请
    • ADAPTIVE PAGING USING USER EQUIPMENT LOCALIZATION METHOD IN A NETWORK
    • 在网络中使用用户设备本地化方法的自适应寻呼
    • US20160157207A1
    • 2016-06-02
    • US14555782
    • 2014-11-28
    • James P. KNAUFTGordon S. MILLIKENKeith R. STANLEY
    • James P. KNAUFTGordon S. MILLIKENKeith R. STANLEY
    • H04W68/02H04W4/02
    • H04W68/02H04W4/029H04W68/04
    • Methods and systems for improving paging efficiency of a user equipment method including obtaining a history of the user equipment, the history including one or more past locations of the user equipment, obtaining a mobility pattern of the user equipment, the mobility pattern including one or more of a plurality of mobility categories, determining a confidence level for an associated location of the user equipment based on at least one of the mobility pattern and the history, the confidence level indicating a level of confidence that the user equipment is at the associated location, and deriving a paging range based on the confidence level, the paging range including one of a plurality of paging scopes, each of the plurality of paging scopes including at least one of a geographic or location extent, a paging frequency, a single node, a plurality of nodes, a tracking area and a plurality of tracking areas.
    • 用于提高用户设备方法的寻呼效率的方法和系统,包括获取用户设备的历史,包括用户设备的一个或多个过去位置的历史,获得用户设备的移动性模式,包括一个或多个 基于所述移动性模式和所述历史中的至少一个来确定所述用户设备的相关联位置的置信水平,所述置信度水平指示所述用户设备处于相关联位置的置信度, 并且基于所述置信度导出寻呼范围,所述寻呼范围包括多个寻呼范围之一,所述多个寻呼范围中的每一个包括地理或位置范围,寻呼频率,单个节点, 多个节点,跟踪区域和多个跟踪区域。
    • 4. 发明申请
    • Adaptive routing for packet-based calls using a circuit-based call routing infrastructure
    • 使用基于电路的呼叫路由基础设施的基于分组的呼叫的自适应路由
    • US20080317003A1
    • 2008-12-25
    • US11820978
    • 2007-06-21
    • James P. Knauft
    • James P. Knauft
    • H04L12/66
    • H04L12/66
    • A method in one example has: implementing an incoming voice call routing preference in a telecommunication system, routing bias settings for incoming packet calls and incoming circuit calls being set for any candidate trunk group lists as per desired call routing preferences; and selecting one of packet routing and a non-packet routing for call routing, the candidate trunk group lists for individual routing destinations being updated to indicate if packet voice technology is to be used for call delivery, wherein if packet voice technology is preferred, then a packet core access trunk group is added to a front of a respective trunk group list, and wherein if packet voice technology is to be used only if no circuit trunks are available, then packet core access trunk groups are added at an end of the list.
    • 一个示例中的方法具有:在电信系统中实现传入语音呼叫路由偏好,根据期望的呼叫路由选择为任何候选中继群列表设置用于输入分组呼叫的路由偏置设置和进入的电路呼叫; 并且选择分组路由和用于呼叫路由的非分组路由选择中的一个,用于各个路由目的地的候选中继组列表被更新以指示分组语音技术是否将被用于呼叫传递,其中如果分组语音技术是优选的,则 分组核心接入中继线组被添加到相应干线组列表的前面,并且其中如果仅当没有电路中继线可用时才使用分组语音技术,则在列表的末尾添加分组核心接入中继线群 。
    • 5. 发明授权
    • Adaptive paging using user equipment localization method in a network
    • 在网络中使用用户设备定位方法进行自适应分页
    • US09591613B2
    • 2017-03-07
    • US14555782
    • 2014-11-28
    • James P. KnauftGordon S. MillikenKeith R. Stanley
    • James P. KnauftGordon S. MillikenKeith R. Stanley
    • H04W68/02H04W4/02
    • H04W68/02H04W4/029H04W68/04
    • Methods and systems for improving paging efficiency of a user equipment method including obtaining a history of the user equipment, the history including one or more past locations of the user equipment, obtaining a mobility pattern of the user equipment, the mobility pattern including one or more of a plurality of mobility categories, determining a confidence level for an associated location of the user equipment based on at least one of the mobility pattern and the history, the confidence level indicating a level of confidence that the user equipment is at the associated location, and deriving a paging range based on the confidence level, the paging range including one of a plurality of paging scopes, each of the plurality of paging scopes including at least one of a geographic or location extent, a paging frequency, a single node, a plurality of nodes, a tracking area and a plurality of tracking areas.
    • 用于提高用户设备方法的寻呼效率的方法和系统,包括获取用户设备的历史,包括用户设备的一个或多个过去位置的历史,获得用户设备的移动性模式,包括一个或多个 基于所述移动性模式和所述历史中的至少一个来确定所述用户设备的相关联位置的置信水平,所述置信度水平指示所述用户设备处于相关联位置的置信度, 并且基于所述置信度导出寻呼范围,所述寻呼范围包括多个寻呼范围之一,所述多个寻呼范围中的每一个包括地理或位置范围,寻呼频率,单个节点, 多个节点,跟踪区域和多个跟踪区域。
    • 8. 发明授权
    • Adaptive routing for packet-based calls using a circuit-based call routing infrastructure
    • 使用基于电路的呼叫路由基础设施的基于分组的呼叫的自适应路由
    • US08274964B2
    • 2012-09-25
    • US11820978
    • 2007-06-21
    • James P. Knauft
    • James P. Knauft
    • H04L12/66
    • H04L12/66
    • A method in one example has: implementing an incoming voice call routing preference in a telecommunication system, routing bias settings for incoming packet calls and incoming circuit calls being set for any candidate trunk group lists as per desired call routing preferences; and selecting one of packet routing and a non-packet routing for call routing, the candidate trunk group lists for individual routing destinations being updated to indicate if packet voice technology is to be used for call delivery, wherein if packet voice technology is preferred, then a packet core access trunk group is added to a front of a respective trunk group list, and wherein if packet voice technology is to be used only if no circuit trunks are available, then packet core access trunk groups are added at an end of the list.
    • 一个示例中的方法具有:在电信系统中实现传入语音呼叫路由偏好,根据期望的呼叫路由选择为任何候选中继群列表设置用于输入分组呼叫的路由偏置设置和进入的电路呼叫; 并且选择分组路由和用于呼叫路由的非分组路由选择中的一个,用于各个路由目的地的候选中继组列表被更新以指示分组语音技术是否将被用于呼叫传递,其中如果分组语音技术是优选的,则 分组核心接入中继线组被添加到相应干线组列表的前面,并且其中如果仅当没有电路中继线可用时才使用分组语音技术,则在列表的末尾添加分组核心接入中继线群 。
    • 9. 发明授权
    • Predictive paging based on mobility history and movement patterns
    • 基于移动历史和运动模式的预测寻呼
    • US09198158B2
    • 2015-11-24
    • US13481134
    • 2012-05-25
    • James P. Knauft
    • James P. Knauft
    • H04W68/04H04W8/04
    • H04W68/04H04W8/04
    • A method and apparatus for efficient paging of user equipment (UE) in an LTE network is disclosed. In addition to storing the Last Seen eNodeB (LSeNB) for each UE attached to a mobility management entity (MME), the MME also maintains an LSeNB List of the eNodeBs seen immediately before the LSeNB for each UE. When a notification for a UE arrives at the MME, then MME can select from several paging methods, including paging only the LSeNB to locate the UE and sending a paging request LSeNB as well as to the list of eNodeBs seem immediately before the LSeNB. The MME can send a paging request to more than a single eNodeB but less than a full Tracking Area. Efficient paging is especially needed for voice over internet protocol (VoIP) calls where a call will go to voice mail if a page isn't answered quickly.
    • 公开了一种在LTE网络中有效寻呼用户设备(UE)的方法和装置。 除了为连接到移动性管理实体(MME)的每个UE存储最后观察eNodeB(LSeNB)之外,MME还维护紧邻每个UE的LSeNB之前看到的eNodeB的LSeNB列表。 当UE的通知到达MME时,MME可以从几个寻呼方法中进行选择,包括仅寻呼LSeNB来定位UE,并且在LSeNB之前立即发送寻呼请求LSeNB以及eNodeB列表。 MME可以向多个单个eNodeB发送寻呼请求,但小于完整的跟踪区域。 如果无法快速应答页面,则通过互联网协议语音(VoIP)呼叫特别需要有效的寻呼,如果呼叫将转移到语音信箱。