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    • 1. 发明授权
    • Message durability and retrieval in a geographically distributed voice messaging system
    • 在地理分布式语音消息系统中的消息耐久性和检索
    • US07308083B2
    • 2007-12-11
    • US11170459
    • 2005-06-29
    • Sonny R. BettisJon S. PlotkyIan M. MoraesPhilip L. LowmanJames H. SpencerHannah W. Wang
    • Sonny R. BettisJon S. PlotkyIan M. MoraesPhilip L. LowmanJames H. SpencerHannah W. Wang
    • H04M1/64
    • H04M3/533H04M2203/2083H04M2203/4509
    • A message retrieval subsystem comprises a voice extensible mark-up language browser, a message server, and a message library. The VXML browser is configured with an application programming interface that enables a subscriber of a distributed voice messaging service to request a stored message. The message server receives a request to open a connection from a client process operative on the voice extensible mark-up language browser, spawns a thread to enable the connection, uses the thread to queue one or more subscriber requests for respective blocks of audio information, removes and processes the one or more subscriber requests, and uses the thread to forward a retrieved block of audio information to a subscriber. The message library is coupled to the message server and interposed between the message server and a common message store. The upper library isolates the VXML browser from a streaming protocol used to access the stored message.
    • 消息检索子系统包括语音可扩展标记语言浏览器,消息服务器和消息库。 VXML浏览器配置有应用程序编程接口,使得分布式语音消息服务的用户能够请求存储的消息。 消息服务器接收从在语音可扩展标记语言浏览器上操作的客户端进程打开连接的请求,产生线程以启用连接,使用线程对一个或多个用户对各个音频信息块的请求进行排队, 去除和处理一个或多个订户请求,并且使用线程将检索到的音频信息块转发给用户。 消息库耦合到消息服务器并且介于消息服务器和公共消息存储之间。 上层库将VXML浏览器与用于访问存储的消息的流式传输协议隔离开来。
    • 2. 发明授权
    • Auto block and auto discovery in a distributed communication system
    • 在分布式通信系统中自动阻止和自动发现
    • US07221740B2
    • 2007-05-22
    • US11170536
    • 2005-06-29
    • Sonny R. BettisPhilip L. LowmanJames H. Spencer
    • Sonny R. BettisPhilip L. LowmanJames H. Spencer
    • H04M1/64
    • H04L43/00H04L41/06H04L43/0817H04L43/10H04L65/1033H04M3/53325
    • A voicemail system enabling various components of the voicemail system to be distributed geographically yet operate as a seamlessly integrated system is disclosed. A signal gateway interfaces with a telephone network. In addition, one or more media servers interface with the signal gateway as well as the telephone network. The signal gateway is configured to block calls to malfunctioning media servers. The signal gateway monitors the media servers, and responsive to determining that a media server has malfunctioned, the signal gateway initiates auto-blocking such that the telephone network does not route calls to the malfunctioning media server. In addition, the signal gateway is configured to auto-detect a media server responsive to the media server being initialized. The voicemail system can include a variety of other elements, such as one or more system management units and one or more central data and message store systems. Each of the elements in the voicemail system communicate with each other over an internet protocol type network. Any functions in the various elements that require interfacing with the telephone network are simply handled through the signal gateway.
    • 公开了一种语音邮件系统,其使语音邮件系统的各种组件能够在地理上分布,并且作为无缝集成的系统运行。 信号网关与电话网络接口。 此外,一个或多个媒体服务器与信号网关以及电话网络接口。 信号网关被配置为阻止对故障的媒体服务器的呼叫。 信号网关监视媒体服务器,并且响应于确定媒体服务器发生故障,信号网关发起自动阻止,使得电话网络不将呼叫路由到故障媒体服务器。 此外,信号网关被配置为响应于正在初始化的媒体服务器自动检测媒体服务器。 语音邮件系统可以包括各种其他元素,诸如一个或多个系统管理单元和一个或多个中央数据和消息存储系统。 语音邮件系统中的每个元素通过互联网协议类型的网络彼此通信。 需要与电话网络接口的各种元件中的任何功能都可以通过信号网关进行处理。
    • 3. 发明授权
    • Audio chunking
    • 音频分块
    • US07197121B2
    • 2007-03-27
    • US11170529
    • 2005-06-29
    • Sonny R. BettisJon S. PlotkyIan M. MoraesPhilip L. LowmanJames H. Spencer
    • Sonny R. BettisJon S. PlotkyIan M. MoraesPhilip L. LowmanJames H. Spencer
    • H04M1/64
    • H04M3/53333H04M3/53358
    • A voice mail system that allows for the delivery of voice messages by chunks, thereby optimizing the delivery of the information. When a subscriber attempts to listen to his or her voice mail message, the header information for the first voice mail message is down loaded and played back to the subscriber. While the subscriber listens to the header information, the next two blocks of data of the voice message are downloaded. Upon the completion of the playback of the header information, the first two blocks of the voice mail message are available for playback and the first block is immediately available for playback. As the subscriber listens to the voice mail message subsequent blocks of the first voice mail message, and optionally header information and blocks of subsequent voice mail messages are simultaneously down loaded. Thus, the subscriber is able to seamlessly listen to the voice mail messages without a delay in the retrieval of the voice mail messages regardless of the order the subscriber listens to the messages.
    • 语音邮件系统,允许通过块传送语音消息,从而优化信息的传递。 当用户尝试收听他或她的语音邮件消息时,第一语音邮件消息的标题信息被下载并播放给用户。 当用户收听标题信息时,下载语音消息的接下来的两个数据块。 在完成标题信息的重放之后,语音邮件消息的前两个块可用于重放,并且第一块可立即可用于重放。 当用户收听语音邮件消息时,第一语音邮件消息的后续块,以及可选的报头信息和随后的语音邮件消息块同时被下载。 因此,用户能够无缝地收听语音邮件消息,而不用延迟地检索语音邮件消息,而不管订户是否听到消息。
    • 4. 发明申请
    • Distributed IP architecture for telecommunications system
    • 电信系统的分布式IP架构
    • US20060002403A1
    • 2006-01-05
    • US11080744
    • 2005-03-15
    • Sonny BettisJon PlotkyIan MoraesPhilip LowmanJames Spencer
    • Sonny BettisJon PlotkyIan MoraesPhilip LowmanJames Spencer
    • H04L12/28H04L12/56
    • H04L12/66
    • A telephone system architecture enabling various components of a telephone system to be distributed geographically yet operates as a seamlessly integrated system. A signaling gateway function interfaces to the PSTN and through an SS7 interface. In addition, one or more media servers interface with a signaling gateway function as well as the PSTN. The interface of the media servers with the PSTN is for purposes of receiving and initiating telephone calls or other communications. The telephone system can include a variety of other elements, such as one or more system management units, one or more application servers and one or more central data and message store systems. Each of the components in the telephonic system communicates with each other over an internet protocol type network. Any functions in the various components that require an SS7 interface to the PSTN are simply handled through the signaling gateway function.
    • 电话系统架构使得电话系统的各种组件能够在地理上分布,而作为无缝集成的系统运行。 信令网关功能与PSTN和SS7接口相连。 此外,一个或多个媒体服务器与信令网关功能以及PSTN接口。 媒体服务器与PSTN的接口用于接收和发起电话呼叫或其他通信。 电话系统可以包括各种其他元件,诸如一个或多个系统管理单元,一个或多个应用服务器和一个或多个中央数据和消息存储系统。 电话系统中的每个组件通过互联网协议类型的网络彼此通信。 通过信令网关功能,可以简单地处理需要到PSTN的SS7接口的各种组件中的任何功能。
    • 5. 发明申请
    • Integrated voice navigation system and method
    • 综合语音导航系统及方法
    • US20040054523A1
    • 2004-03-18
    • US10244648
    • 2002-09-16
    • Glenayre Electronics, Inc.
    • George Backhaus
    • G10L021/00
    • H04M3/533H04M2201/40
    • An integrated voice navigation system 40 is disclosed. The voice navigation system (40) includes a voice messaging system (44), a speech recognition system (46), a voice channel (50) and a control link (52). A caller is connected to the voice messaging system (44) via PSTN (42). The voice messaging system (44) is in turn connected to the speech recognition system (46). Specifically, the voice messaging system (44) and speech recognition system (46) are connected via both the voice channel (50) and the control link (52). The voice channel (50) provides an audio communications pathway between the caller and the speech recognition system (46), while the control link (52) provides an out-of-band communications pathway between the voice messaging system (44) and the speech recognition system (46).
    • 公开了一种集成语音导航系统40。 语音导航系统(40)包括语音消息系统(44),语音识别系统(46),语音信道(50)和控制链路(52)。 呼叫者通过PSTN(42)连接到语音消息系统(44)。 语音消息系统(44)又连接到语音识别系统(46)。 具体地,语音消息系统(44)和语音识别系统(46)经由语音信道(50)和控制链路(52)两者连接。 语音信道(50)在呼叫者和语音识别系统(46)之间提供音频通信路径,而控制链路(52)提供语音消息传送系统(44)和话音(44)之间的带外通信路径 识别系统(46)。
    • 8. 发明授权
    • System for broadcasting GPS data to a pager
    • 将GPS数据广播到寻呼机的系统
    • US6087983A
    • 2000-07-11
    • US357577
    • 1999-07-20
    • Derek HoBarry D. Buternowsky
    • Derek HoBarry D. Buternowsky
    • G01S1/00G01S5/00G01S5/14G01S19/48G01S5/02H04B7/185
    • G01S19/07G01S19/05G01S19/09G01S19/254G01S19/258G01S2205/008G01S5/0063G01S5/009
    • A communications network for GPS systems is configured so that the service area (i.e., the geographical area to which GPS service is provided) is divided into relatively small sections. Each section has a unique code assigned to it. The satellites of the GPS system transmit the GPS "base data" in the standard manner, which is then processed by a conventional reference GPS network to determine the aiding data. The communications network receives the aiding data determines differential data corresponding to each section. The communications network includes communications base stations that are distributed through the service area, which broadcasts the aiding data and the differential data to the sections. Each communication base station also includes the code of the section in which it is located. Thus, a remote unit in a given section will generally receive transmissions with the code corresponding to the section in which the remote unit is located. Using the received code, each remote unit uses the differential data corresponding to the section in which it is located to calculate pseudoranges, which are used to determine the remote unit's location.
    • 用于GPS系统的通信网络被配置为使得服务区域(即,提供GPS服务的地理区域)被划分为相对较小的部分。 每个部分都有一个分配给它的唯一代码。 GPS系统的卫星以标准方式发送GPS“基本数据”,然后由常规参考GPS网络进行处理,以确定辅助数据。 通信网络接收到辅助数据确定对应于每个部分的差分数据。 通信网络包括通过服务区分布的通信基站,其将辅助数据和差分数据广播到各个部分。 每个通信基站还包括其所在部分的代码。 因此,给定部分中的远程单元通常将接收与对应于远程单元所在部分的代码的传输。 使用接收的代码,每个远程单元使用与其所在部分相对应的差分数据来计算伪距,用于确定远程单元的位置。