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    • 1. 发明授权
    • Dynamic bandwidth allocation within a communications channel
    • 通信信道内的动态带宽分配
    • US06775303B1
    • 2004-08-10
    • US09471709
    • 1999-12-23
    • Mark RustadTerry A. StripskySteve WahlGlenn A. Rogers
    • Mark RustadTerry A. StripskySteve WahlGlenn A. Rogers
    • H04L1264
    • H04Q11/0421H04J3/125H04J3/1623H04J3/1682
    • A communications device is presented that allows dynamic bandwidth allocation of an unswitched data path based upon the current utilization of one or more switched data channels. The device operates over the local loop of a digital communications carrier, such as a T1 line, that has a variety of time division multiplexed channels. Each data channel can be configured to operate as a channel dedicated to carrying unswitched data on the unswitched data path, or as a switched channel. Switched channels maintain status information about their current status, allowing switched data communication when the channel's status is active, and permitting the unswitched data path to utilize the channel when the channel's status is idle. In one embodiment, channel status information is passed to a remote unit by altering a redundant robbed-bit signaling bit in a multiframe. In a second embodiment, channel status is determined by monitoring switching information that is already transmitted about the channel. In the second embodiment, a preset time delay is required to properly synchronize bandwidth switching. Unswitched data is transmitted over the switched data channels utilizing all bit locations other than the locations taken by the four robbed-bit signaling bits. A method for dynamically reallocating the bandwidth of an unswitched data path utilizing these same techniques is also presented.
    • 呈现通信设备,其允许基于一个或多个交换数据信道的当前利用率来对未切换的数据路径进行动态带宽分配。 该设备通过具有各种时分多路复用通道的数字通信载体(例如T1线)的本地环路进行工作。 每个数据信道可以被配置为作为专用于在未切换数据路径上承载未切换数据的信道或作为切换信道来操作。 交换的信道保持有关其当前状态的状态信息,允许当信道状态处于活动状态时进行切换数据通信,并且当信道的状态为空闲时允许未切换的数据路径利用该信道。 在一个实施例中,信道状态信息通过改变多帧中的冗余抢占位信令位而被传送到远程单元。 在第二实施例中,通过监视已经关于频道发送的切换信息来确定信道状态。 在第二实施例中,需要预设的时间延迟来适当地同步带宽切换。 利用除了四个抢占位信令位采取的位置之外的所有位位置,通过交换数据信道发送未切换的数据。 还提出了一种使用这些相同技术来动态地重新分配未切换数据路径的带宽的方法。
    • 3. 发明授权
    • Button telephone apparatus and internet communication system
    • 按钮电话机和互联网通信系统
    • US06707793B1
    • 2004-03-16
    • US09517507
    • 2000-03-02
    • Hideo Yamashita
    • Hideo Yamashita
    • H04L1264
    • H04M7/0057H04M1/2535
    • An Internet communication system is disclosed, that comprises a plurality of ISDN (Integrated Services Digital network) lines, an Internet network connected to the ISDN lines using IP (Internet Protocol) as a common protocol, at least one button telephone apparatus connected to the ISDN lines, and at least one telephone unit connected to the button telephone apparatus, wherein the button telephone apparatus has a selecting means for selecting a conventional telephone function or an Internet telephone function, wherein when the selecting means selects the Internet telephone function, the button telephone apparatus converts dial data received from the telephone unit into an IP address, the dial data representing a call destination, converts data of the audio signal received from the telephone unit into IP packets, and transmits the IP packets to the Internet network.
    • 公开了一种互联网通信系统,其包括多个ISDN(综合业务数字网络)线路,使用IP(因特网协议)作为公共协议连接到ISDN线路的因特网网络,连接到ISDN的至少一个按钮电话设备 线路以及连接到按钮电话设备的至少一个电话单元,其中按钮电话设备具有用于选择常规电话功能或因特网电话功能的选择装置,其中当选择装置选择因特网电话功能时,按钮电话 将从电话单元接收的拨号数据转换为IP地址,表示呼叫目的地的拨号数据将从电话单元接收的音频信号的数据转换成IP包,并将IP包发送到因特网。
    • 5. 发明授权
    • Communicating voice over a packet-switching network
    • 在分组交换网络上通信语音
    • US06570869B1
    • 2003-05-27
    • US09163312
    • 1998-09-30
    • Udaya ShankarAndrew WestDouglas ShriverFred R. RednorDavid AuerbachDavid Hughes
    • Udaya ShankarAndrew WestDouglas ShriverFred R. RednorDavid AuerbachDavid Hughes
    • H04L1264
    • H04M7/063H04M7/006
    • Communicating voice over a packet-switching network is implemented on a telecommunications network that includes the packet-switching network, two coding units coupled to the packet-switching network and to an originating node and a terminating node, respectively, and at least one signaling apparatus. The first of the two coding units is configured to extract signaling data associated with the voice call and transmit the signaling data and its network address to the signaling apparatus. Signaling data for establishing the voice call is received by the signaling apparatus, and a network address of the first coding unit in the packet-switching network is obtained. The second coding unit is controlled to establish a bearer channel with the first coding unit for carrying the voice data through the packet-switching network, based on the network address.
    • 分组交换网络上的语音通信包括分组交换网络,耦合到分组交换网络的两个编码单元,以及发起节点和终止节点的电信网络以及至少一个信令装置 。 两个编码单元中的第一个被配置为提取与语音呼叫相关联的信令数据,并将信令数据及其网络地址发送到信令装置。 用于建立语音呼叫的信令数据由信令装置接收,并且获得分组交换网络中的第一编码单元的网络地址。 第二编码单元被控制成与第一编码单元建立承载信道,用于基于网络地址通过分组交换网络携带语音数据。
    • 7. 发明授权
    • Communication apparatus
    • 通讯设备
    • US06542472B1
    • 2003-04-01
    • US09323701
    • 1999-06-01
    • Asahiro Onuma
    • Asahiro Onuma
    • H04L1264
    • H04L65/1069H04L12/5692H04L29/06H04L29/06027H04L29/12009H04L29/12018H04L51/00H04L61/10H04M1/2535H04M1/738H04M7/0057H04M7/0069
    • A communication apparatus properly switches connection by means of a transmission protocol determining section or a reception protocol determining section. In accordance with a transmission request from a telephone or a facsimile machine, the transmission protocol determining section activates either an Internet phone controller or an Internet FAX controller and performs data transmission via either a public switched telephone network interface or a LAN interface. The reception protocol determining section activates either the Internet phone controller or the Internet FAX controller and sends data, received via either the public switched telephone network interface or LAN interface, to the telephone or facsimile machine. With various terminals connected to one another over a LAN, therefore, those individual terminals can be used effectively on an Internet by adaptively connecting telephones, facsimile machines, etc. to the LAN, Internet, public switched telephone network or the like.
    • 通信装置通过传输协议确定部分或接收协议确定部分适当地切换连接。 根据来自电话机或传真机的发送请求,传输协议确定部分激活因特网电话控制器或因特网FAX控制器,并通过公共交换电话网络接口或LAN接口进行数据传输。 接收协议确定部分激活因特网电话控制器或互联网传真控制器,并将通过公共交换电话网络接口或LAN接口接收的数据发送到电话或传真机。 因此,通过局域网彼此连接的各种终端,通过将电话,传真机等自适应地连接到LAN,因特网,公共交换电话网络等,可以在因特网上有效地使用这些各个终端。
    • 8. 发明授权
    • Packet telephone system
    • 分组电话系统
    • US06487200B1
    • 2002-11-26
    • US08627659
    • 1996-04-04
    • Alexander Gibson Fraser
    • Alexander Gibson Fraser
    • H04L1264
    • H04M7/1245H04L12/6418H04L2012/5615H04L2012/563H04L2012/5638H04L2012/5639H04L2012/5671H04L2012/6429H04L2012/6481H04L2012/6491H04L2012/6494H04M3/22H04M15/00H04M15/56H04M15/8083H04M2215/0184H04M2215/202H04Q11/0478
    • A packet telephone system which employs a packet network that provides virtual circuits. The packet telephone system employs short packets containing compressed speech. The use of the short packets makes possible compression and decompression times and bounded delays in the virtual circuits which are together short enough to permit toll-quality telephone service. The packet telephone system employs an intelligent network interface unit to interface between the packet network and standard telephone devices. The network interface unit does the speech compression and decompression and also responds to control packets from the packet network. Consequently, many telephone system features can be implemented in the network interface unit instead of in the switches. The network interface unit may also be used to provide data connections to devices attached to it. The combination of virtual circuits, with bounded delays, short packets, rapid compression and decompression, and intelligent network interface units makes it possible to build a telephone system with fewer and cheaper switches and fewer links for a given volume of traffic than heretofore possible and also permits substantial savings in provisioning and maintaining the system.
    • 一种分组电话系统,其采用提供虚拟电路的分组网络。 分组电话系统采用包含压缩语音的短分组。 使用短分组使得虚拟电路中的压缩和解压缩时间和有限延迟成为可能,其足够短到允许长途电话服务。 分组电话系统采用智能网络接口单元来在分组网络和标准电话设备之间进行接口。 网络接口单元进行语音压缩和解压缩,并且还响应来自分组网络的控制分组。 因此,许多电话系统特征可以在网络接口单元中而不是开关中实现。 网络接口单元也可以用于向连接到其的设备提供数据连接。 具有有限延迟,短分组,快速压缩和解压缩以及智能网络接口单元的虚拟电路的组合使得可以构建具有比迄今为止可能的给定量的交换机更少和更便宜的交换机和更少链路的电话系统,并且还 允许大量节省配置和维护系统。
    • 9. 发明授权
    • Data network security system and method
    • 数据网络安全系统和方法
    • US06252869B1
    • 2001-06-26
    • US08580671
    • 1995-12-29
    • David P. Silverman
    • David P. Silverman
    • H04L1264
    • G06Q20/425G06Q20/04G06Q20/341G07F7/084G07F7/1008H04L63/18H04L2463/102
    • A secure communication mechanism for communicating credit card or other sensitive information between a user terminal and a server which communicate over a data network (e.g.,Internet). For secure or private communication of sensitive information over a data network, a telephone connection is established between the originating server to which the user is connected for access to the data network and the SP to which the sensitive information is directed. The method and system provide for a secure electronic commercial transaction between a user and a service provider which charges for information and/or services and/or goods, wherein sensitive information includes credit card information transmitted from the user to the service provider, and/or electronic information or services transmitted from the service provider to the user in exchange for payment received from the user.
    • 一种用于在用户终端和通过数据网络(例如因特网)通信的服务器之间进行信用卡或其他敏感信息的通信的安全通信机制。 为了通过数据网络进行敏感信息的安全或私人通信,在与用户连接的始发服务器之间建立电话连接以访问数据网络和敏感信息所针对的SP。 该方法和系统为用户和服务提供商之间提供对信息和/或服务和/或商品收费的安全电子商业交易,其中敏感信息包括从用户发送到服务提供商的信用卡信息和/或 从服务提供商发送给用户的电子信息或服务,以换取从用户接收的支付。