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    • 2. 发明授权
    • Multipoint processing unit
    • 多点处理单元
    • US07257641B1
    • 2007-08-14
    • US09539026
    • 2000-03-30
    • Michael R. VanBuskirkPhilippe FerriereMu Han
    • Michael R. VanBuskirkPhilippe FerriereMu Han
    • G06F15/173G06F15/16
    • H04L65/4038H04L12/1822H04L65/103H04L65/104H04L65/605H04L69/08H04N7/152
    • A system to provide a multipoint processing terminal and a multicast bridging terminal to provide mixing, switching, and other processing of media streams under the control of H.323 components. Application Programming Interfaces defined for the multipoint processing terminal provide a multipoint control unit with the capability to change the default behavior of the multipoint processing terminal by allowing the multipoint control unit to control the routing audio and video streams in the multipoint processing terminal and control the media formats in a multipoint conference. Multipoint processing acceleration functionality is provided by providing interfaces to allow hardware accelerated implementations of multipoint processing terminals. The multicast bridging terminals enables clients using one type of control signaling and media streaming to join other conferences using different types of control signaling and media streaming by receiving audio or video data from an incoming media stream and performing any processing necessary to transform the media stream from the incoming stream data format to the outgoing stream data format.
    • 一种提供多点处理终端和组播桥接终端的系统,用于在H.323组件的控制下提供媒体流的混合,切换和其他处理。 应用程序编程为多点处理终端定义的接口提供多点控制单元,具有通过允许多点控制单元控制多点处理终端中的路由音频和视频流并控制媒体的能力来改变多点处理终端的默认行为的能力 多点会议中的格式。 通过提供允许多点处理终端的硬件加速实现的接口来提供多点处理加速功能。 组播桥接终端使得客户端能够使用一种类型的控制信令和媒体流来使用不同类型的控制信令和媒体流来连接其他会议,通过从传入的媒体流接收音频或视频数据,并执行将媒体流从 输入流数据格式为输出流数据格式。
    • 4. 发明授权
    • Data transfer system between a computer and a host adapter using
multiple arrays
    • 使用多个阵列的计算机和主机适配器之间的数据传输系统
    • US5319754A
    • 1994-06-07
    • US770617
    • 1991-10-03
    • Jon M. MeineckeMichael R. VanBuskirk
    • Jon M. MeineckeMichael R. VanBuskirk
    • G06F13/38G06F13/00
    • G06F13/385
    • A communication system including one or more host adapters connected to a host computer, each adapter having multiple serial communication ports for transferring data between the computer and several TTY devices. Several of the adapter's serial ports include a high speed serial link for communicating with a data concentrator. The adapter automatically detects the presence of a concentrator connected to a switchable port and switches to the high speed link. Each concentrator includes multiple serial ports for communicating with TTY devices, and a high speed serial link for communicating with the adapter's high speed link. The concentrators allow more than one TTY device to share a single adapter serial port. Data from all of the TTY devices is accumulated into an adapter data buffer during a configurable time period or until a certain amount of data is accumulated, at which time the adapter interrupts the computer and transfers the accumulated data to the computer in one transfer operation. Likewise, the computer accumulates data for the TTY devices and transfers this data to the adapter in one transfer operation. Communication between the adapters and concentrators through the high speed serial communication link is implemented using a small fixed-size addressed packet to achieve a low overhead, high performance communications protocol. Each high speed link between an adapter and a concentrator is implemented to provide inherent flow control of data. The concentrators include a fail safe global flow control mechanism to prevent overflow of data from the TTY devices.
    • 一种通信系统,包括连接到主计算机的一个或多个主机适配器,每个适配器具有用于在计算机和多个TTY设备之间传送数据的多个串行通信端口。 几个适配器的串行端口包括用于与数据集中器进行通信的高速串行链路。 适配器自动检测连接到可切换端口的集线器的存在并切换到高速链路。 每个集线器包括用于与TTY设备通信的多个串行端口,以及用于与适配器的高速链路通信的高速串行链路。 集线器允许多个TTY设备共享单个适配器串行端口。 来自所有TTY设备的数据在可配置的时间段期间累积到适配器数据缓冲器中,或者直到一定量的数据被累积为止,此时适配器中断计算机并在一次传送操作中将累积的数据传送到计算机。 同样,计算机累积TTY设备的数据,并在一次传输操作中将该数据传输到适配器。 通过高速串行通信链路,适配器和集线器之间的通信使用小的固定大小的寻址分组来实现,以实现低开销,高性能的通信协议。 实现适配器和集中器之间的每个高速链路以提供数据的固有流控制。 集中器包括一个故障安全的全局流量控制机制,以防止来自TTY设备的数据溢出。
    • 5. 发明授权
    • Expandable communication system with automatic data concentrator
detection
    • 可扩展通信系统,具有自动数据集中器检测功能
    • US5222062A
    • 1993-06-22
    • US771121
    • 1991-10-03
    • Sudhir K. SharmaRobert L. Noble, IIIRichard A. KunzMichael R. VanBuskirkClyde Salzman, Jr.Jon M. Meinecke
    • Sudhir K. SharmaRobert L. Noble, IIIRichard A. KunzMichael R. VanBuskirkClyde Salzman, Jr.Jon M. Meinecke
    • H04L5/02H04L12/403
    • H04L12/4625H04L49/90H04L5/02
    • A communication system including one or more host adapters connected to a host computer, each adapter having multiple serial communication ports for transferring data between the computer and several TTY devices. Several of the adapter's serial ports include a high speed serial link for communicating with a data concentrator. The adapter automatically detects the presence of a concentrator connected to a switchable port and switches to the high speed link. Each concentrator includes multiple serial ports for communicating with TTY devices, and a high speed serial link for communicating with the adapter's high speed link. The concentrators allow more than one TTY device to share a single adapter serial port. Data from all of the TTY devices is accumulated into an adapter data buffer during a configurable time period or until a certain amount of data is accumulated, at which time the adapter interrupts the computer and transfers the accumulated data to the computer in one transfer operation. Likewise, the computer accumulates data for the TTY devices and transfers this data to the adapter in one transfer operation. Communication between the adapters and concentrators through the high speed serial communication link is implemented using a small fixed-size addressed packet to achieve a low overhead, high performance communications protocol. Each high speed link between an adapter and a concentrator is implemented to provide inherent flow control of data. The concentrators include a fail safe global flow control mechanism to prevent overflow of data from the TTY devices.
    • 一种通信系统,包括连接到主计算机的一个或多个主机适配器,每个适配器具有用于在计算机和多个TTY设备之间传送数据的多个串行通信端口。 几个适配器的串行端口包括用于与数据集中器进行通信的高速串行链路。 适配器自动检测连接到可切换端口的集线器的存在并切换到高速链路。 每个集线器包括用于与TTY设备通信的多个串行端口,以及用于与适配器的高速链路通信的高速串行链路。 集线器允许多个TTY设备共享单个适配器串行端口。 来自所有TTY设备的数据在可配置的时间段期间累积到适配器数据缓冲器中,或者直到一定量的数据被累积为止,此时适配器中断计算机并在一次传送操作中将累积的数据传送到计算机。 同样,计算机累积TTY设备的数据,并在一次传输操作中将该数据传输到适配器。 通过高速串行通信链路,适配器和集线器之间的通信使用小的固定大小的寻址分组来实现,以实现低开销,高性能的通信协议。 实现适配器和集中器之间的每个高速链路以提供数据的固有流控制。 集中器包括一个故障安全的全局流量控制机制,以防止来自TTY设备的数据溢出。