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    • 2. 发明授权
    • Method and apparatus for multimodal voice and web services
    • 多模式语音和Web服务的方法和装置
    • US08543704B2
    • 2013-09-24
    • US11910301
    • 2006-04-06
    • Ronald John BowaterCharles Willard Cross, Jr.Leslie Robert WilsonYuk-Lun Wong
    • Ronald John BowaterCharles Willard Cross, Jr.Leslie Robert WilsonYuk-Lun Wong
    • G06F15/16G06F11/00G10L21/00G01R31/08H04J1/16H04L1/00
    • H04M3/493G06F3/16G10L15/26H04M7/006
    • A voice server can be located, temporarily allocated, and sent audio. The results are returned to a voice client, and the voice server is deallocated for use by the next person talking into their client browser. Voice channels and IVR ports are initially set up by a switch and the IVR using conventional audio protocols. The voice channels are not initially connected to the client. The switch handles the allocation and deallocation of IVR voice channels without having to communicate further with the IVR. A user indicates to the client device that he wishes to initiate a voice interaction during an X+V session. This translates to a request on the CTRL channel to synchronise XHTML and VXML forms as a trigger for the VXML browser to execute a conversational turn. A multiplexer intercepts this control command and establishes a virtual voice circuit between the client device and an existing open but unattached voice port. The virtual circuit is established without having to set up an RTP channel. The CTRL signal is then forwarded to an interaction manager so that the conversation can take place. At the end of the conversation the virtual circuit is disconnected.
    • 语音服务器可以被定位,临时分配和发送音频。 结果返回到语音客户端,并且语音服务器被释放以供下一个人在其客户端浏览器中使用。 语音通道和IVR端口最初由交换机和IVR使用常规音频协议设置。 语音通道最初没有连接到客户端。 交换机处理IVR语音信道的分配和释放,而不必进一步与IVR通信。 用户向客户机指示他希望在X + V会话期间发起语音交互。 这转换为CTRL通道上的请求,以将XHTML和VXML表单同步为VXML浏览器执行会话转弯的触发器。 多路复用器拦截此控制命令,并在客户端设备和现有的已打开但未附加的语音端口之间建立虚拟语音电路。 建立虚拟电路而不必设置RTP通道。 然后将CTRL信号转发给交互管理器,以便进行通话。 在会话结束时,虚拟电路断开连接。
    • 3. 发明申请
    • Method and Apparatus For Multimodal Voice and Web Services
    • 多模式语音和Web服务的方法和装置
    • US20090144428A1
    • 2009-06-04
    • US11910301
    • 2006-04-06
    • Ronald John BowaterCharles Willard Cross Jr.Leslie Robert WilsonYuk-Lun Wong
    • Ronald John BowaterCharles Willard Cross Jr.Leslie Robert WilsonYuk-Lun Wong
    • G06F15/16
    • H04M3/493G06F3/16G10L15/26H04M7/006
    • This invention is based on being able to locate a voice server, temporarily allocate it, send it the audio of you saying “When is flight 683 due to arrive?”, getting the results of what you said back in the browser, and deallocating the voice server for use by the next person talking into their browser. Voice channels and IVR ports are initially set up by a switch and the IVR using conventional audio protocols. The Voice channels are not initially connected to the client. The switch handles the allocation and deallocation of IVR voice channels without having to communication further with the IVR. A user indicates (usually by pressing a PTT button) to the client device that he wishes to initiate a voice interaction during an X+V session. This translates to a request on the CTRL channel to synchronise the XHTML and VXML forms which the embodiment uses as a trigger for the VXML browser to execute a conversational turn. The multiplexer intercepts this control command and connects the virtual voice circuit between the device and an existing open but unattached voice port. The virtual circuit is connected without having to set up an RTP channel. The CTRL signal is then forwarded to the interaction manager so that the conversation can take place. At the end of the conversation the virtual circuit is disconnected.
    • 本发明基于能够定位语音服务器,临时分配,发送您的“你什么时候到达飞行683”的音频,在浏览器中获取你所说的结果,并取消分配 语音服务器供下一个人在浏览器中使用。 语音通道和IVR端口最初由交换机和IVR使用常规音频协议设置。 语音通道最初没有连接到客户端。 交换机处理IVR语音信道的分配和释放,而不必与IVR进一步通信。 在X + V会话期间,用户指示(通常通过按PTT按钮)到客户端设备,他希望发起语音交互。 这转换为CTRL通道上的请求,以同步XHTML和VXML形式,该实施例用作VXML浏览器的触发器来执行会话转弯。 多路复用器拦截该控制命令,并将虚拟语音电路连接到设备和现有的开放但未附加的语音端口之间。 虚拟电路连接而不必设置RTP通道。 然后将CTRL信号转发到交互管理器,以便进行通话。 在会话结束时,虚拟电路断开连接。
    • 4. 发明授权
    • Voice processing system
    • 语音处理系统
    • US06335964B1
    • 2002-01-01
    • US09069378
    • 1998-04-29
    • Ronald John BowaterNicholas David ButlerDavid Andrew ClarkeDavid Seager RenshawGraham Hugh Tuttle
    • Ronald John BowaterNicholas David ButlerDavid Andrew ClarkeDavid Seager RenshawGraham Hugh Tuttle
    • H04M1100
    • H04M3/493
    • A voice processing system is connected to a switch via multiple telephone lines, and provides a set of line objects, each line object being associated with one of the physical telephone lines. The line object allows a demarcation to be made between the underlying voice processing system software, and external business applications. Thus a line object supports a set of methods such as Get DTMF Tone, Play Audio, Answer Call, and End Call, to allow the external business applications to perform desired operations on a telephone line. These methods are invoked via a set of corresponding IVR action objects, which in turn are integrated into the business application. The business application itself, and its IVR actions, regard the line objects effectively as servers to provide IVR functionality. The business application may therefore run partially or completely on a separate physical machine from the IVR system itself.
    • 语音处理系统经由多条电话线连接到交换机,并提供一组线路对象,每条线路对象与物理电话线路之一相关联。 线对象允许在底层语音处理系统软件和外部业务应用之间进行划分。 因此,线对象支持一组方法,例如获取DTMF音调,播放音频,应答呼叫和结束呼叫,以允许外部业务应用程序在电话线路上执行所需的操作。 这些方法通过一组相应的IVR动作对象进行调用,后者又被集成到业务应用程序中。 业务应用程序本身及其IVR操作将线对象有效地视为服务器来提供IVR功能。 因此,业务应用程序可以在独立的物理机器上部分或完全地从IVR系统本身运行。
    • 5. 发明授权
    • Method of and system for supporting voice over internet protocol (VoIP) media codecs on a voice processing system
    • 在语音处理系统上支持语音互联网协议(VoIP)媒体编解码器的方法和系统
    • US07529234B1
    • 2009-05-05
    • US12131204
    • 2008-06-02
    • Ronald John BowaterPhilip Noel
    • Ronald John BowaterPhilip Noel
    • H04J3/16
    • H04L65/1069H04L65/601H04L69/24
    • A method of supporting Voice over Internet Protocol (VOIP) media codecs on a voice processing system stores voice response segments in each of a plurality network native formats. Each of the network native formats corresponds to a media codec. The method receives a call from a caller over an IP network. The method determines a negotiated codec for the call. If the call requires a required voice response segment, the method retrieves the required voice segment in the network native format corresponding to the negotiated codec. The method then sends the required voice segment in the network native format corresponding to the negotiated codec to the caller over IP network. If the call includes a voice message from the caller, the method stores the voice message from the caller in the network native format corresponding to the negotiated codec. If the call requires retrieval of a voice mail message for the caller, the method retrieves the voice mail message. If the voice mail message is in the network native format corresponding to the negotiated codec, the method sends the voice mail message in the network native format corresponding to the negotiated codec to the caller over the IP network. If the voice mail message is not in the network native format corresponding to the negotiated codec, the method converts the voice mail message into the network native format corresponding to the negotiated codec, and sends the converted voice mail message in the network native format corresponding to the negotiated codec to the caller over the IP network.
    • 支持语音处理系统上的语音互联网协议(VOIP)媒体编解码器的方法以多种网络本机格式存储语音响应段。 每个网络本机格式对应于媒体编解码器。 该方法通过IP网络接收来自呼叫者的呼叫。 该方法确定用于该呼叫的协商编解码器。 如果呼叫需要所需的语音响应段,则该方法以对应于协商的编解码器的网络本机格式检索所需的语音段。 然后,该方法通过IP网络将与协商的编解码器对应的网络本地格式的所需语音段发送给呼叫者。 如果呼叫包括来自呼叫者的语音消息,则该方法以对应于协商的编解码器的网络本机格式存储来自呼叫者的语音消息。 如果呼叫需要检索呼叫者的语音邮件消息,则该方法检索语音邮件消息。 如果语音邮件消息是与协商的编解码器对应的网络本地格式,则该方法通过IP网络将与协商的编解码器对应的网络本地格式的语音邮件消息发送给呼叫者。 如果语音邮件消息不是与协商的编解码器对应的网络本机格式,则该方法将语音邮件消息转换为与协商的编解码器相对应的网络本机格式,并将转换的语音邮件消息以对应于 通过IP网络向呼叫者通过协商的编解码器。
    • 6. 发明授权
    • Voice mail on the internet
    • 互联网上的语音信箱
    • US06282269B1
    • 2001-08-28
    • US08763156
    • 1996-12-10
    • Ronald John BowaterLawrence Leon Porter
    • Ronald John BowaterLawrence Leon Porter
    • H04M164
    • H04L29/06H04M3/533H04M7/00H04M7/12Y10S379/908
    • A first Internet telephone system 620 attempts to call with a second Internet telephone system 630 via the Internet 600. However, the second Internet telephone system 630 is not logged onto the Internet at the time of the call. In response to the failed attempt to call, the first Internet telephone system prompts the user to send voice mail to the user of the second Internet telephone system. This results in a phone call over the Internet between a voice mail system 610 and the first Internet telephone system, allowing a greeting to be heard, and a message to be stored. This message may be subsequently retrieved, either using an Internet telephone system over the Internet, or using a standard phone over the conventional telephone network.
    • 第一互联网电话系统620尝试经由互联网600与第二互联网电话系统630呼叫。然而,在通话时,第二互联网电话系统630未登录到因特网。 响应于呼叫失败的尝试,第一互联网电话系统提示用户向第二互联网电话系统的用户发送语音邮件。 这导致通过因特网在语音邮件系统610和第一互联网电话系统之间的电话呼叫,允许听到问候语和要被存储的消息。 可以随后通过因特网使用因特网电话系统或者通过常规电话网络使用标准电话来检索该消息。
    • 9. 发明授权
    • Voice recognition of telephone conversations
    • 语音识别电话对话
    • US06278772B1
    • 2001-08-21
    • US09107686
    • 1998-06-30
    • Ronald John BowaterLawrence Leon Porter
    • Ronald John BowaterLawrence Leon Porter
    • H04M164
    • H04M3/42221H04M2201/60
    • Voice data requires large storage resources even when compressed and takes a long time to retrieve. Further the required information cannot normally be directly located and it is difficult to analyze the voice data for statistical information. There is described a method for performing a voice recognition function on a voice telephone conversation to convert the conversation into text data using a voice processing system. The method comprises receiving voice data representing the telephone conversation comprising a first series of speech data from an agent interspersed with a second series of speech data from a client and storing the first and second series of speech data as a single body of voice data for later retrieval. Then a voice recognition function is performed on the voice data to convert it into text data representing the telephone conversation and the text data is stored for later retrieval. Such a solution allows entire days/weeks or even months of conversation to be stored and accessed. Since the memory space required is considerably smaller for text storage it is possible to keep many days of conversation in directly accessible memory that may be searched by a computer. Furthermore it is possible to search for keywords typed from the keyboard and it is not necessary to manually scan the entire conversation for the desired topic.
    • 语音数据即使在压缩并需要很长时间的时候也需要大量的存储资源。 此外,所需的信息通常不能直接定位,并且难以分析用于统计信息的语音数据。 描述了一种用于在语音电话会话上执行语音识别功能的方法,以使用语音处理系统将会话转换成文本数据。 该方法包括接收表示电话对话的语音数据,该语音数据包括来自客户端的散布有第二系列语音数据的代理的第一系列语音数据,并将第一和第二系列语音数据存储为单个语音数据主体以供以后使用 恢复。 然后对语音数据执行语音识别功能,将其转换为表示电话会话的文本数据,并存储文本数据以备以后检索。 这样的解决方案允许存储和访问整个几天或几个月甚至几个月的会话。 由于文本存储所需的存储空间相对较小,因此可以在可由计算机搜索的可直接访问的存储器中保持多天的会话。 此外,可以搜索从键盘输入的关键字,而不需要手动扫描整个会话以获得所需主题。