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    • 1. 发明申请
    • CALL CONTROL
    • 电话控制
    • US20120028622A1
    • 2012-02-02
    • US13262437
    • 2010-03-11
    • Philip L. EardleySimon P.A. RinglandMatthew D. Walker
    • Philip L. EardleySimon P.A. RinglandMatthew D. Walker
    • H04W4/16
    • H04M3/46H04M3/42102H04M3/42153H04M3/533H04M3/54H04M7/123H04M7/1235H04M2201/12H04M2201/14
    • A method of call control in which a first communications network, detecting calls directed to a destination in the first network; redirects at least some of the calls to a destination in a second network (e.g. on no answer from the destination in the first network). The first communications network obtains from a client on a terminal associated with the destination in the second network a value for the time delay before a call to the destination in the second network is redirected in the second network on no answer to an alternative destination and sets a delay period to a value less than the value of the time delay obtained from the client. When one of the plurality of calls redirected to the second network is not answered in the second network within the delay period, the first communications network redirects the call to an alternative destination associated with the first network.
    • 一种呼叫控制的方法,其中第一通信网络检测指向第一网络中的目的地的呼叫; 将至少一些呼叫重定向到第二网络中的目的地(例如,在第一网络中的目的地没有应答的情况下)。 第一通信网络从在第二网络中与目的地相关联的终端上的客户端获得在第二网络中对目的地的呼叫的呼叫之前的时间延迟的值在第二网络中被重定向而不应答到替代目的地并且设置 延迟周期到小于从客户端获得的时间延迟的值的值。 当在延迟周期内第二网络中未被应答的多个呼叫中的一个重定向到第二网络时,第一通信网络将呼叫重定向到与第一网络相关联的备选目的地。
    • 3. 发明授权
    • Call control
    • 呼叫控制
    • US08554183B2
    • 2013-10-08
    • US13262437
    • 2010-03-11
    • Philip L EardleySimon P. A RinglandMatthew D Walker
    • Philip L EardleySimon P. A RinglandMatthew D Walker
    • H04W4/12H04W4/16
    • H04M3/46H04M3/42102H04M3/42153H04M3/533H04M3/54H04M7/123H04M7/1235H04M2201/12H04M2201/14
    • A method of call control in which a first communications network, detecting calls directed to a destination in the first network; redirects at least some of the calls to a destination in a second network (e.g. on no answer from the destination in the first network). The first communications network obtains from a client on a terminal associated with the destination in the second network a value for the time delay before a call to the destination in the second network is redirected in the second network on no answer to an alternative destination and sets a delay period to a value less than the value of the time delay obtained from the client. When one of the plurality of calls redirected to the second network is not answered in the second network within the delay period, the first communications network redirects the call to an alternative destination associated with the first network.
    • 一种呼叫控制的方法,其中第一通信网络检测指向第一网络中的目的地的呼叫; 将至少一些呼叫重定向到第二网络中的目的地(例如,在第一网络中的目的地没有应答的情况下)。 第一通信网络从在第二网络中与目的地相关联的终端上的客户端获得在第二网络中对目的地的呼叫的呼叫之前的时间延迟的值在第二网络中被重定向而不应答到替代目的地并且设置 延迟周期到小于从客户端获得的时间延迟的值的值。 当在延迟周期内第二网络中未被应答的多个呼叫中的一个重定向到第二网络时,第一通信网络将呼叫重定向到与第一网络相关联的备选目的地。
    • 4. 发明授权
    • Method of routing packets in a packet network
    • 在分组网络中路由分组的方法
    • US08473633B2
    • 2013-06-25
    • US10537896
    • 2003-12-30
    • Philip L Eardley
    • Philip L Eardley
    • G06F15/173
    • H04L45/00H04L45/24H04W36/18H04W40/02H04W40/246H04W40/248H04W40/28H04W40/36
    • A method of routing packets in a packet network is disclosed. The packet network includes a chain of packet nodes, the chain comprising a first and second access node for communicating with one or more mobile nodes and one or more intermediate packet nodes providing a path interconnecting the first and second access nodes. Previous methods are inefficient and lead to additional overhead. The method comprises the steps of: installing, in said intermediate packet nodes, first routing data defining a first routing path in one direction along said chain to a mobile node via said first access node and second routing data defining a second routing path in the opposite direction along said chain to said mobile node via said second access node; operating each of said intermediate packet nodes to: determine, on receipt of a packet destined for said mobile node, whether said packet is from another node on said chain or not; and a) if the packet is determined to be from a node not on said chain, copying the packet and routing said copy along one of said routing paths and routing said packet along the other of said routing paths; and b) if the packet is determined to be from another node on said chain, route said packet along said chain only in the direction in which it is currently travelling.
    • 公开了一种在分组网络中路由分组的方法。 分组网络包括分组节点链,该链包括用于与一个或多个移动节点通信的第一和第二接入节点以及提供互连第一和第二接入节点的路径的一个或多个中间分组节点。 以前的方法是低效的,并导致额外的开销。 该方法包括以下步骤:在所述中间分​​组节点中,经由所述第一接入节点将沿着所述链的一个方向上定义第一路由路径的第一路由数据安装到移动节点,并且在相反的步骤中定义第二路由路径 沿所述链路的方向经由所述第二接入节点到所述移动节点; 操作每个所述中间分​​组节点以:在接收到去往所述移动节点的分组时确定所述分组是否来自所述链上的另一个节点; 以及a)如果所述分组被确定为来自不在所述链路上的节点,则复制所述分组并沿着所述路由路径之一路由所述副本,并沿着所述路由路径中的另一个路由所述分组; 以及b)如果所述分组被确定为来自所述链路上的另一个节点,则沿着所述链路仅沿着其当前行进的方向路由所述分组。
    • 5. 发明申请
    • METHOD AND SYSTEM FOR CONGESTION MARKING
    • 聚合标记的方法和系统
    • US20090268614A1
    • 2009-10-29
    • US12519266
    • 2007-12-18
    • Hui Min J. TayGabriele CorlianoPhilip L. EardleyRobert J. Briscoe
    • Hui Min J. TayGabriele CorlianoPhilip L. EardleyRobert J. Briscoe
    • H04L12/26
    • H04L47/10H04L47/11H04L47/12H04L47/245H04L47/2491H04L47/26H04L47/30H04L47/31H04L47/33H04L69/32
    • The present invention provides a method and system wherein congestion information is taken from a lower level in the protocol stack and used for congestion marking in a higher layer. In particular, the method and system of the invention from a first aspect provide for congestion information in the lower layer to be generated downstream at a congested node, and to be fed back upstream to a source node. The source node then passes the congestion information, or information derived therefrom, up to the corresponding network element responsible for higher layer functions in the protocol stack, where higher level congestion marking can then be performed in dependence on the received lower level congestion information. Thus, congestion information from the lower layer which can typically be generated earlier before significant congestion occurs can be used in higher layer congestion control functions. Preferably the lower layer is the data link layer, and the higher layer is the network layer.
    • 本发明提供了一种方法和系统,其中拥塞信息从协议栈中的较低级获取并用于较高层中的拥塞标记。 特别地,从第一方面的本发明的方法和系统提供了在拥塞节点处下游产生的下层中的拥塞信息,并将其反馈到源节点上游。 然后,源节点将拥塞信息或从其导出的信息传递到负责协议栈中的较高层功能的相应网络单元,其中可以根据接收到的较低级拥塞信息执行更高级拥塞标记。 因此,可以在较高层拥塞控制功能中使用通常在较大拥塞发生之前较早生成的来自较低层的拥塞信息。 优选地,下层是数据链路层,较高层是网络层。
    • 7. 发明申请
    • MULTI-CLASS DATA TRANSPORT
    • 多级数据传输
    • US20130182573A1
    • 2013-07-18
    • US13876554
    • 2011-09-28
    • Andrea SopperaAlan P. SmithPhilip L. Eardley
    • Andrea SopperaAlan P. SmithPhilip L. Eardley
    • H04L12/56
    • H04L47/12H04L47/10H04L47/193H04L47/22H04L47/2408H04L47/2441H04L47/27H04L47/29H04L49/205H04L69/163
    • Methods and apparatus for controlling the forwarding of a flow (12) of data units across a network from a sender node (11) to a receiver node (19) via at least one intermediate node (15), the data units each having one of a plurality of different types of class indication associated therewith, each type of class indication providing, to an intermediate node currently processing the data unit with which the class indication is associated, an indication denoting a particular class of treatment, selected from a plurality of different classes of treatment, according to which the data unit is to be processed by that intermediate node, such that different proportions of the data units of the flow are forwarded as different sub-flows each comprising data units having class indications of different types thereby providing indications denoting different classes of treatment.
    • 用于经由至少一个中间节点(15)控制跨网络从发送方节点(11)到接收方节点(19)的数据单元流(12)的转发的方法和装置,每个数据单元具有 与其相关联的多种不同类型的类别指示,每种类型的类别指示向当前处理与类别指示相关联的数据单元的中间节点提供表示从多个不同的选择的特定类别的治疗的指示 根据该处理,数据单元将由该中间节点处理,使得流的数据单元的不同比例被转发为不同的子流,每个子流包括具有不同类型的类别指示的数据单元,从而提供指示 表示不同类别的治疗。
    • 8. 发明授权
    • Call control
    • 呼叫控制
    • US08374330B2
    • 2013-02-12
    • US13262383
    • 2010-03-11
    • Philip L EardleySimon P A RinglandMatthew D Walker
    • Philip L EardleySimon P A RinglandMatthew D Walker
    • H04M3/46H04M3/54H04M7/00H04L12/16H04L12/66
    • H04M3/54H04M7/1225H04M2201/12H04M2201/14H04M2201/36
    • A method of call control in which a first communications network, detecting calls directed to a destination in the first network; redirects at least some of the calls to a destination in a second network (e.g. on no answer from the destination in the first network). The first network then operates in two phases. In a first phase, for a group of calls redirected to the second network, the time delay before the call is answered in the second network is recorded. When a number of time delays have been recorded, a delay period is set to a value less than the maximum value of the recorded time delays. In a second phase, for a second group of calls redirected to the second network subsequent to the calls of the first group, when a call of the second group is not answered in the second network within the delay period, the call is redirected to a message service associated with the first network.
    • 一种呼叫控制的方法,其中第一通信网络检测指向第一网络中的目的地的呼叫; 将至少一些呼叫重定向到第二网络中的目的地(例如,在第一网络中的目的地没有应答的情况下)。 然后第一个网络分为两个阶段。 在第一阶段,对于重定向到第二网络的一组呼叫,在第二网络中应答呼叫之前的时间延迟被记录。 当已经记录了多个时间延迟时,延迟时间被设置为小于记录的时间延迟的最大值的值。 在第二阶段中,对于在第一组的呼叫之后重定向到第二网络的第二组呼叫,当在延迟时段内第二组的呼叫没有在第二网络中应答时,该呼叫被重定向到 与第一网络相关联的消息服务。
    • 9. 发明申请
    • CALL CONTROL
    • 电话控制
    • US20120033798A1
    • 2012-02-09
    • US13262383
    • 2010-03-11
    • Philip L. EardleySimon PA RinglandMatthew D. Walker
    • Philip L. EardleySimon PA RinglandMatthew D. Walker
    • H04M3/42H04M7/00
    • H04M3/54H04M7/1225H04M2201/12H04M2201/14H04M2201/36
    • A method of call control in which a first communications network, detecting calls directed to a destination in the first network; redirects at least some of the calls to a destination in a second network (e.g. on no answer from the destination in the first network). The first network then operates in two phases. In a first phase, for a group of calls redirected to the second network, the time delay before the call is answered in the second network is recorded. When a number of time delays have been recorded, a delay period is set to a value less than the maximum value of the recorded time delays. In a second phase, for a second group of calls redirected to the second network subsequent to the calls of the first group, when a call of the second group is not answered in the second network within the delay period, the call is redirected to a message service associated with the first network.
    • 一种呼叫控制的方法,其中第一通信网络检测指向第一网络中的目的地的呼叫; 将至少一些呼叫重定向到第二网络中的目的地(例如,在第一网络中的目的地没有应答的情况下)。 然后第一个网络分为两个阶段。 在第一阶段,对于重定向到第二网络的一组呼叫,在第二网络中应答呼叫之前的时间延迟被记录。 当已经记录了多个时间延迟时,延迟时间被设置为小于记录的时间延迟的最大值的值。 在第二阶段中,对于在第一组的呼叫之后重定向到第二网络的第二组呼叫,当在延迟时段内第二组的呼叫没有在第二网络中应答时,该呼叫被重定向到 与第一网络相关联的消息服务。
    • 10. 发明授权
    • Telecommunications system
    • 电信系统
    • US07965690B2
    • 2011-06-21
    • US10571484
    • 2004-09-08
    • Robert E HancockAndrej J MihailovicJochen O EislPhilip L Eardley
    • Robert E HancockAndrej J MihailovicJochen O EislPhilip L Eardley
    • H04W4/00
    • H04W8/04H04L29/12009H04L29/12047H04L29/12367H04L61/15H04L61/2514H04W80/04H04W84/005
    • A telecommunications system includes a mobile network having a plurality of portable communication devices, and a fixed network which includes a signaling agent, a plurality of directory agents, and a plurality of spaced apart attachment points to which the mobile network can attach. In use, each directory agent stores a routing table for routing data to a respective mobile communication device associated with that directory agent. When the point of attachment of the mobile network changes, the mobile network sends a change-of-address message to the signaling agent. In response, the signaling agent is configured to forward the change of address to each directory agent, so that each can update its routing table to take into account the changed point of attachment of the mobile network. Because a signaling agent is provided, each portable device need not itself notify its directory agent when the mobile network moves, and the amount of signaling between the mobile network and the fixed network when the mobile network moves is reduced.
    • 电信系统包括具有多个便携式通信设备的移动网络和包括信令代理,多个目录代理以及移动网络可以附接到的多个间隔开的附接点的固定网络。 在使用中,每个目录代理存储用于将数据路由到与该目录代理相关联的相应移动通信设备的路由表。 当移动网络的附着点改变时,移动网络向该信令代理发送地址转换消息。 作为响应,信令代理被配置为将地址更改转发到每个目录代理,使得每个可以更新其路由表以考虑移动网络的改变的附着点。 由于提供了信令代理,当移动网络移动时,每个便携式设备本身不需要自己通知其目录代理,并且当移动网络移动时移动网络与固定网络之间的信令量减少。