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    • 3. 发明授权
    • Flexible ANI
    • 灵活ANI
    • US06421428B1
    • 2002-07-16
    • US09263772
    • 1999-03-05
    • John M. CarmanDavid H. CaveLin H. KernsAndrew N. SmithMichael G. PilkertonR. Andrew Poole
    • John M. CarmanDavid H. CaveLin H. KernsAndrew N. SmithMichael G. PilkertonR. Andrew Poole
    • H04M164
    • H04Q3/0029H04Q2213/13091H04Q2213/13102H04Q2213/13109H04Q2213/13134H04Q2213/13216H04Q2213/13345H04Q2213/13376
    • In various forms of telephone network signaling, automatic number identification information (ANI) includes a field of two or more ‘information’ (II) digits, typically used to indicate a calling line attribute, such as hospital line, residential line, payphone, etc. A number of situations have arisen where it is desirable to use these digits to control network functions and it is necessary to accurately pass the digits through with all call related signaling. For example, accurate II digits can enable appropriate processing, billing and payments for toll-free calls from payphones. Existing switch software, however, does not always provide the correct II digits or pass the digits through unchanged. In accord with the invention, a call requiring flexible ANI functionality triggers access to a central database, preferably in a service control point (SCP) or a signaling transfer point (STP). The response message from the database provides the appropriate information digits for the ANI field, and the network switches pass the signaling with those digits for all further processing of the call.
    • 在各种形式的电话网络信令中,自动号码识别信息(ANI)包括通常用于指示呼叫线路属性的两个或多个“信息”(II)数字的字段,例如医院线路,住宅线路,投币电话等 出现了许多情况,希望使用这些数字来控制网络功能,并且必须通过所有呼叫相关的信令准确地传递数字,例如,准确的II数字可以实现适当的处理,计费和支付 然而,现有的交换机软件并不总是提供正确的II数字或通过不变的通过数字。根据本发明,需要灵活的ANI功能的呼叫触发对中央数据库的访问,优选地在 服务控制点(SCP)或信令传送点(STP),来自数据库的响应消息为ANI域提供适当的信息数字 d,并且网络交换机通过这些数字的信令进行通话的所有进一步处理。
    • 4. 发明授权
    • Selective bandwidth connectivity through network line cards
    • 通过网络线卡选择性带宽连接
    • US07843898B1
    • 2010-11-30
    • US09144635
    • 1998-08-31
    • Dale L. BartholomewJohn M. CarmanDavid H. CaveRobert D. FarrisGeorge KorsanosMichael G. PilkertonR. Andrew PooleKamran SistanizadehAlbert F. Valeo
    • Dale L. BartholomewJohn M. CarmanDavid H. CaveRobert D. FarrisGeorge KorsanosMichael G. PilkertonR. Andrew PooleKamran SistanizadehAlbert F. Valeo
    • H04L12/66
    • H04Q11/04H04Q2213/13332H04Q2213/13386
    • Public communication networks increasingly need to provide customers with a range of communication services, from baseband voice service, to computer data communications, to high speed digital data communications for multimedia and the like. Many such services would be blocked by existing telephone network line cards, which provide coding and decoding (CODEC) between analog and digital signals and process digital signals only at a relatively low, fixed bit rate. In accord with the invention, intelligent signal detection and control added to a line card selectively bypasses the CODEC and the associated connection to a time slot limited telephone exchange. The selective bypass connection provides a connection to an alternative network functionality capable of providing higher bandwidth digital services. In the preferred embodiment, the bypass provides a connection through an adaptive digital signal processor with a programmed controller. The digital signal processor provides coding and decoding functions, adapted to the particular communication service requested and the physical level signal protocol used over the customer's line. The digital signal processor also provides a two-way digital communication link to a relatively fast data switch, such as an edge device of an asynchronous transport mode (ATM) network. The data switch and associated data network provide a full range of digital communication services of various bandwidths or bit rates as may be requested by individual.
    • 公共通信网络越来越需要向客户提供从基带语音服务到计算机数据通信到多媒体等的高速数字数据通信的一系列通信服务。 许多这样的服务将被现有的电话网络线卡阻挡,这些电话线卡在模拟和数字信号之间提供编码和解码(CODEC),并且仅以相对低的固定比特率处理数字信号。 根据本发明,添加到线路卡的智能信号检测和控制选择性地绕过CODEC和与时隙有限的电话交换机的相关联的连接。 选择性旁路连接提供与能够提供更高带宽数字服务的备选网络功能的连接。 在优选实施例中,旁路通过自适应数字信号处理器提供与编程的控制器的连接。 数字信号处理器提供编码和解码功能,适用于所请求的特定通信服务以及客户线上使用的物理电平信号协议。 数字信号处理器还提供到诸如异步传输模式(ATM)网络的边缘设备之类的相对快速的数据交换机的双向数字通信链路。 数据交换机和相关联的数据网络可提供个人所要求的各种带宽或比特率的全系列数字通信服务。
    • 5. 发明授权
    • Selective bandwidth connectivity through network line cards
    • 通过网络线卡选择性带宽连接
    • US09042374B2
    • 2015-05-26
    • US12909512
    • 2010-10-21
    • Dale L. BartholomewJohn M. CarmanDavid H. CaveRobert D. FarrisGeorge KorsanosMichael G. PilkertonR. Andrew PooleKamran SistanizadehAlbert F. Valeo
    • Dale L. BartholomewJohn M. CarmanDavid H. CaveRobert D. FarrisGeorge KorsanosMichael G. PilkertonR. Andrew PooleKamran SistanizadehAlbert F. Valeo
    • H04L12/66H04Q11/04
    • H04Q11/04H04Q2213/13332H04Q2213/13386
    • Public communication networks increasingly need to provide customers with a range of communication services, from baseband voice service, to computer data communications, to high speed digital data communications for multimedia and the like. Many such services would be blocked by existing telephone network line cards, which provide coding and decoding (CODEC) between analog and digital signals and process digital signals only at a relatively low, fixed bit rate. In accord with the invention, intelligent signal detection and control added to a line card selectively bypasses the CODEC and the associated connection to a time slot limited telephone exchange. The selective bypass connection provides a connection to an alternative network functionality capable of providing higher bandwidth digital services. In the preferred embodiment, the bypass provides a connection through an adaptive digital signal processor with a programmed controller. The digital signal processor provides coding and decoding functions, adapted to the particular communication service requested and the physical level signal protocol used over the customer's line. The digital signal processor also provides a two-way digital communication link to a relatively fast data switch, such as an edge device of an asynchronous transport mode (ATM) network. The data switch and associated data network provide a full range of digital communication services of various bandwidths or bit rates as may be requested by individual.
    • 公共通信网络越来越需要向客户提供从基带语音服务到计算机数据通信到多媒体等的高速数字数据通信的一系列通信服务。 许多这样的服务将被现有的电话网络线卡阻挡,这些电话线卡在模拟和数字信号之间提供编码和解码(CODEC),并且仅以相对低的固定比特率处理数字信号。 根据本发明,添加到线路卡的智能信号检测和控制选择性地绕过CODEC和与时隙有限的电话交换机的相关联的连接。 选择性旁路连接提供与能够提供更高带宽数字服务的备选网络功能的连接。 在优选实施例中,旁路通过自适应数字信号处理器提供与编程的控制器的连接。 数字信号处理器提供编码和解码功能,适用于所请求的特定通信服务以及客户线上使用的物理电平信号协议。 数字信号处理器还提供到诸如异步传输模式(ATM)网络的边缘设备之类的相对快速的数据交换机的双向数字通信链路。 数据交换机和相关联的数据网络可提供个人所要求的各种带宽或比特率的全系列数字通信服务。
    • 6. 发明申请
    • SELECTIVE BANDWIDTH CONNECTIVITY THROUGH NETWORK LINE CARDS
    • 通过网络线卡选择带宽连接
    • US20110038473A1
    • 2011-02-17
    • US12909512
    • 2010-10-21
    • Dale L. BartholomewJohn M. CarmanDavid H. CaveRobert D. FarrisGeorge KorsanosMichael G. PilkertonR. Andrew PooleKamran SistanizadehAlbert F. Valeo
    • Dale L. BartholomewJohn M. CarmanDavid H. CaveRobert D. FarrisGeorge KorsanosMichael G. PilkertonR. Andrew PooleKamran SistanizadehAlbert F. Valeo
    • H04M7/00
    • H04Q11/04H04Q2213/13332H04Q2213/13386
    • Public communication networks increasingly need to provide customers with a range of communication services, from baseband voice service, to computer data communications, to high speed digital data communications for multimedia and the like. Many such services would be blocked by existing telephone network line cards, which provide coding and decoding (CODEC) between analog and digital signals and process digital signals only at a relatively low, fixed bit rate. In accord with the invention, intelligent signal detection and control added to a line card selectively bypasses the CODEC and the associated connection to a time slot limited telephone exchange. The selective bypass connection provides a connection to an alternative network functionality capable of providing higher bandwidth digital services. In the preferred embodiment, the bypass provides a connection through an adaptive digital signal processor with a programmed controller. The digital signal processor provides coding and decoding functions, adapted to the particular communication service requested and the physical level signal protocol used over the customer's line. The digital signal processor also provides a two-way digital communication link to a relatively fast data switch, such as an edge device of an asynchronous transport mode (ATM) network. The data switch and associated data network provide a full range of digital communication services of various bandwidths or bit rates as may be requested by individual.
    • 公共通信网络越来越需要向客户提供从基带语音服务到计算机数据通信到多媒体等的高速数字数据通信的一系列通信服务。 许多这样的服务将被现有的电话网络线卡阻挡,这些电话线卡在模拟和数字信号之间提供编码和解码(CODEC),并且仅以相对低的固定比特率处理数字信号。 根据本发明,添加到线路卡的智能信号检测和控制选择性地绕过CODEC和与时隙有限的电话交换机的相关联的连接。 选择性旁路连接提供与能够提供更高带宽数字服务的备选网络功能的连接。 在优选实施例中,旁路通过自适应数字信号处理器提供与编程的控制器的连接。 数字信号处理器提供编码和解码功能,适用于所请求的特定通信服务以及客户线上使用的物理电平信号协议。 数字信号处理器还提供到诸如异步传输模式(ATM)网络的边缘设备之类的相对快速的数据交换机的双向数字通信链路。 数据交换机和相关联的数据网络可提供个人所要求的各种带宽或比特率的全系列数字通信服务。
    • 7. 发明授权
    • Enhanced voice mail caller ID
    • 增强的语音邮件来电显示
    • US06590965B1
    • 2003-07-08
    • US09917803
    • 2001-07-31
    • R. Andrew PooleRobert D. FarrisDavid H. CaveDale L. Bartholomew
    • R. Andrew PooleRobert D. FarrisDavid H. CaveDale L. Bartholomew
    • H04M1652
    • H04M3/533H04M3/42042H04M3/42059H04M2242/22
    • The telephone network is adapted to supply name and number information to a voice mail system with a forwarded call. The voice mail system stores the name and number type caller ID information in association with the subscriber's mailbox. The system may store this information even if the caller does not actually deposit a voice mail message. Later, while the subscriber reviews the mailbox contents, the system offers a verbal announcement of the name and number. A central office switching system may query a line identification database to obtain the name for a caller ID service to the customer premises, in which case, that switching system forwards the name and number to the voice mail system with the forwarded call. In an alternative embodiment, the voice mail system launches the query and receives the name in a response, through the interoffice signaling network.
    • 电话网络适于向具有转发呼叫的语音邮件系统提供姓名和号码信息。 语音邮件系统存储与用户邮箱相关联的姓名和号码类型的呼叫者ID信息。 即使呼叫者实际上没有存储语音邮件消息,系统也可以存储该信息。 稍后,当用户回顾邮箱内容时,系统提供名称和号码的口头公告。 中心局交换系统可以查询线路识别数据库,以获得客户驻地的呼叫者ID服务的名称,在这种情况下,交换系统将姓名和号码转发到具有转接呼叫的语音邮件系统。 在替代实施例中,语音邮件系统通过局间信令网络启动查询并在响应中接收该名称。
    • 8. 发明申请
    • NETWORK PLAYBACK OF VIDEO PROGRAMMING AFTER CUSTOMER PREMISES SERVICE INTERRUPTION
    • 售后客户服务中断后视频编程网络播放
    • US20110289526A1
    • 2011-11-24
    • US13197267
    • 2011-08-03
    • R. Andrew PooleRobert D. Farris
    • R. Andrew PooleRobert D. Farris
    • H04H60/32
    • H04N21/8455H04L65/4076H04L65/4084H04L65/80H04N7/17318H04N21/4425H04N21/6408
    • An exemplary method includes monitoring a condition relating to power at a customer premises to automatically detect a power outage at the customer premises, the power outage causing an interruption to a video service provided through a network to a video device within the customer premises, sending a notice of the interruption through the network to a node having a video recorder in the network, recording, at the video recorder in the network, a video program that was being accessed by the video device within the customer premises before the interruption, at least from a point in the video program substantially corresponding to a point when the interruption occurred, and transmitting at least a portion of the recorded video program starting from the point substantially corresponding to the identified point when the interruption occurred, from the video recorder through the network to the video device within the customer premises.
    • 一种示例性方法包括监视与用户房屋处的电力有关的状况以自动检测客户住宅处的停电,停电导致通过网络向客户驻地内的视频设备提供的视频服务中断,发送 通过网络将中断通知给具有网络中的录像机的节点,在网络中的录像机处记录在中断之前由客户驻地内的视频设备访问的视频节目,至少从 所述视频节目中的点基本上对应于所述中断发生时的点,并且从所述视频记录器通过所述网络将基本上对应于所述识别点的点开始的记录视频节目的至少一部分从所述视频记录器发送到所述网络 客户驻地内的视频设备。
    • 9. 发明授权
    • Network playback of video programming after customer premises service interruption
    • 网络播放视频节目后客户端服务中断
    • US08006275B1
    • 2011-08-23
    • US11215014
    • 2005-08-31
    • R. Andrew PooleRobert D. Farris
    • R. Andrew PooleRobert D. Farris
    • H04N7/173
    • H04N21/8455H04L65/4076H04L65/4084H04L65/80H04N7/17318H04N21/4425H04N21/6408
    • In an exemplary broadband video distribution network, an edge interface device at the customer premises detects a condition relating to an interruption of video service, e.g. a power outage at the premises. The interface device notifies the network, to allow identification of the point of interruption and the program being viewed. Upon resumption of service, the network offers to provide a replay of the program, starting from a point substantially corresponding to the point of interruption. If the program was pre-recorded (e.g. from a VOD server) or was automatically recorded in the network as part of another service, the replay is provided as a narrowcast transmission from the appropriate source starting at about the point of interruption. If the viewer was watching a broadcast program not otherwise recorded, it may also be necessary to activate recording of the program in a network video recorder, in response to the interruption.
    • 在示例性宽带视频分发网络中,客户端的边缘接口设备检测与视频服务的中断有关的状况,例如, 在场地断电。 接口设备通知网络,以允许识别中断点和正在观看的节目。 在恢复服务后,网络提供了从基本上对应于中断点开始的点开始重放程序。 如果程序是预先记录的(例如,从VOD服务器)或者作为另一服务的一部分自动记录在网络中,则从大约中断点开始,从适当的源提供重播作为窄播传输。 如果观众正在观看没有另外记录的广播节目,则响应于中断,也可能需要激活网络录像机中的节目的记录。