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    • 1. 发明授权
    • Integration of remote access and service
    • 集成远程访问和服务
    • US06674853B1
    • 2004-01-06
    • US09718909
    • 2000-11-22
    • Joel EzellJohn S. HeltonNorman W. PettyDouglas A. SpencerWayne A. Zakowski
    • Joel EzellJohn S. HeltonNorman W. PettyDouglas A. SpencerWayne A. Zakowski
    • H04M300
    • H04M7/00H04L12/2856H04L12/2874H04M3/4228H04M7/0093
    • allowing a central business communication system to handle all aspects of call setup on a remote switch. Call control for a telecommunication call set up on a remote switch continues to be handled by the central business communication system; however, the switching of the bearer channels is performed automatically on the remote switch if the telecommunication call is between telecommunication terminals on the remote switch. In addition, if the telecommunication call is between two remote switches, the remote switches will automatically communicate the bearer channels through an interconnecting media without going through the central business communication system. In addition, when an Internet protocol (IP) such as IETF RFC 791 is utilized to communicate the bearer channels between the central business communication system and the remote switch, multi-frequency dialing tones received from analog telephones connected to the remote switching network are converted to digital information before transmission via the IP communication channels to the central business telecommunication system.
    • 允许中央商务通信系统处理远程交换机上呼叫建立的所有方面。 在远程交换机上建立的电话呼叫的呼叫控制继续由中央业务通信系统处理; 然而,如果电信呼叫在远程交换机上的电信终端之间,承载信道的切换在远程交换机上自动执行。 另外,如果电话呼叫在两个远程交换机之间,远程交换机将通过互连媒体自动通信承载信道,而不通过中央业务通信系统。 此外,当使用诸如IETF RFC 791之类的因特网协议(IP)来传送中央业务通信系统和远程交换机之间的承载信道时,从连接到远程交换网络的模拟电话接收的多频拨号音被转换 通过IP通信信道传输到中央商务电信系统之前的数字信息。
    • 2. 发明授权
    • Broadband multirate switching architecture
    • 宽带多速率交换架构
    • US4999832A
    • 1991-03-12
    • US441794
    • 1989-11-27
    • Hung-San ChenScott E. FarleighJohn S. HeltonAllen L. Larson
    • Hung-San ChenScott E. FarleighJohn S. HeltonAllen L. Larson
    • H04J3/08H04L12/43H04L12/46H04Q11/04
    • H04J3/08H04L12/43H04L12/4637H04Q11/0478H04J2203/0003H04J2203/0039
    • A broadband ISDN communication system (10) comprises a plurality of bit-serial synchronous time-division multiplexed ring networks (15) interconnected by a circuit switch (11). In each network, terminal equipment (14) is interfaced to a fiber-optic ring bus (12) by add/drop multiplexers (13). Single time slots (201) on the ring function as independently-assignable channels. Each time slot carries one bit at an 8 Kbps rate. Ring bandwidth is 45 Mbps. The circuit switch is a time-division multiplexed time-space switch. The time stage (301) comprises a plurality of time slot interchangers (TSI 303), one for each switch output port (306). Each TSI unit is connected to all switch input ports (305) and through the space stage to its corresponding output port. The space stage (302) is a time-multiplexed space stage. The switch is fully non-blocking and has broadcast capability. System bandwidth is dynamically allocated to users in single time slot (8 Kbps) increments, under control of a network manager (16).
    • 宽带ISDN通信系统(10)包括由电路交换机(11)互连的多个位串行同步时分复用环网(15)。 在每个网络中,终端设备(14)通过分插复用器(13)与光纤环总线(12)接口。 环上的单个时隙(201)作为独立分配的信道。 每个时隙以8 Kbps速率承载一位。 环带宽为45Mbps。 电路开关是时分复用的时空开关。 时间段(301)包括多个时隙交换器(TSI 303),一个用于每个开关输出端口(306)。 每个TSI单元连接到所有开关输入端口(305),并通过空间级连接到其相应的输出端口。 空间级(302)是时分复用空间级。 交换机完全无阻塞,具有广播功能。 在网络管理器(16)的控制下,系统带宽以单个时隙(8 Kbps)的增量动态分配给用户。
    • 4. 发明授权
    • Wideband switching system
    • 宽带交换系统
    • US4769833A
    • 1988-09-06
    • US846327
    • 1986-03-31
    • Scott E. FarleighJohn S. HeltonAllen L. LarsonFrank C. Liu
    • Scott E. FarleighJohn S. HeltonAllen L. LarsonFrank C. Liu
    • H04Q3/545H04L12/50H04M11/06H04N7/14H04N21/2365H04N21/434H04Q3/52H04Q3/58H04Q11/04H04M11/00H04N7/10
    • H04N21/2365H04M11/068H04N21/4347H04Q11/04
    • The subject wideband switching network provides inexpensive point-to-point wideband communication connections. Wideband source and destination terminal equipment are either connected to modems which encode the analog signals used by the wideband source terminal equipment into digital signals for transmission through the wideband switching network and decode the received digital signals into analog signals used by the wideband destination terminal equipment; or are directly connected to the wideband switching network if source and destination terminal equipment transmit and receive digital signals. The modems are connected to the wideband switching network by optical fibers. The wideband switching network is a point-to-point space division switch that is comprised of a matrix of high frequency semiconductor crosspoints. Wideband communication connections are originated by a subscriber transmitting connection control signals to the wideband switching network controller on a dial-up basis from a telephone station set, on a data link from a computer or directly from a keyboard associated with the wideband switching network controller. The wideband switching network can concurrently switch any combination of voice, audio, video, data.
    • 主题宽带交换网络提供廉价的点到点宽带通信连接。 宽带源和目的地终端设备或者连接到将宽带源终端设备使用的模拟信号编码成数字信号的调制解调器,以通过宽带交换网络进行传输,并将接收到的数字信号解码为宽带目的地终端设备使用的模拟信号; 或者如果源和目的地终端设备发送和接收数字信号,则直接连接到宽带交换网络。 调制解调器通过光纤连接到宽带交换网络。 宽带交换网络是由高频半导体交叉点矩阵组成的点对点空分开关。 宽带通信连接起始于从电话台组,在来自计算机的数据链路或直接从与宽带交换网络控制器相关联的键盘的拨号基础上向宽带交换网络控制器发送连接控制信号。 宽带交换网络可以同时切换语音,音频,视频,数据的任意组合。