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    • 1. 发明授权
    • Changeable functionality in a broadcast router
    • 广播路由器中的可变功能
    • US08661172B2
    • 2014-02-25
    • US10568046
    • 2004-03-02
    • Carl ChristensenLynn Howard Arbuckle
    • Carl ChristensenLynn Howard Arbuckle
    • G06F13/00
    • G06F13/10H04L49/201H04L49/45H04L49/65H05K7/10
    • There is provided a broadcast router that includes a plurality of input cards, a plurality of output cards, at least one programmable device, and a configuration control card. The plurality of input cards input data into the broadcast router. The plurality of output cards output the data from the broadcast router. The configuration control card stores configuration information for configuring the at least one programmable device to perform a first set of functions. The configuration control card is adapted for removal and replacement by at least one other configuration control card that stores other configuration information for configuring the at least one programmable device to perform a second set of functions having a difference from the first set of functions so as to change a functionality of the broadcast router.
    • 提供了包括多个输入卡,多个输出卡,至少一个可编程装置和配置控制卡的广播路由器。 多个输入卡将数据输入广播路由器。 多个输出卡从广播路由器输出数据。 配置控制卡存储用于配置至少一个可编程设备以执行第一组功能的配置信息。 所述配置控制卡适于由至少一个其他配置控制卡进行移除和替换,所述其他配置控制卡存储用于配置所述至少一个可编程设备的其他配置信息,以执行与所述第一组功能不同的第二组功能,以便 改变广播路由器的功能。
    • 3. 发明申请
    • Changeable Functionality in a Broadcast Router
    • 广播路由器中的可变功能
    • US20080155155A1
    • 2008-06-26
    • US10568046
    • 2004-03-02
    • Carl ChristensenLynn Howard Arbuckle
    • Carl ChristensenLynn Howard Arbuckle
    • H05K7/10
    • G06F13/10H04L49/201H04L49/45H04L49/65H05K7/10
    • There is provided a broadcast router that includes a plurality of input cards, a plurality of output cards, at least one programmable device, and a configuration control card. The plurality of input cards input data into the broadcast router. The plurality of output cards output the data from the broadcast router. The configuration control card stores configuration information for configuring the at least one programmable device to perform a first set of functions. The configuration control card is adapted for removal and replacement by at least one other configuration control card that stores other configuration information for configuring the at least one programmable device to perform a second set of functions having a difference from the first set of functions so as to change a functionality of the broadcast router.
    • 提供了包括多个输入卡,多个输出卡,至少一个可编程装置和配置控制卡的广播路由器。 多个输入卡将数据输入广播路由器。 多个输出卡从广播路由器输出数据。 配置控制卡存储用于配置至少一个可编程设备以执行第一组功能的配置信息。 所述配置控制卡适于由至少一个其他配置控制卡进行移除和替换,所述其他配置控制卡存储用于配置所述至少一个可编程设备的其他配置信息,以执行与所述第一组功能不同的第二组功能,以便 改变广播路由器的功能。
    • 6. 发明申请
    • Broadcast router optimized for asymmetrical confirguration
    • 针对不对称配置优化的广播路由器
    • US20060193314A1
    • 2006-08-31
    • US10566568
    • 2004-03-04
    • Carl Christensen
    • Carl Christensen
    • H04Q11/00H04L12/28H04L12/50H04L12/56
    • H05K7/1459H04L45/60H04Q3/66H04Q2213/13141H04Q2213/13242H04Q2213/1334
    • There is provided a broadcast router. The broadcast router includes at least one input chassis and at least one output chassis. Each of the input chassis has a plurality of input cards and an expansion card. The plurality of input cards is for initially receiving data into the broadcast router. The expansion card is for respectively receiving the data from the plurality of input cards and arranging the data for transfer within the broadcast router. Each of the output chassis has a matrix card and a plurality of output cards. The matrix card is for receiving the data from all of the at least one input chassis and for routing the data to appropriate ones of the plurality of output cards. The plurality of output cards is for respectively receiving the data from the matrix card and for outputting the data external to the broadcast router. Each of the input chassis is without any output cards including the plurality of output cards, and each of the output chassis is without any input cards including the plurality of input cards.
    • 提供了广播路由器。 广播路由器包括至少一个输入机箱和至少一个输出机箱。 每个输入底盘具有多个输入卡和一个扩展卡。 多个输入卡用于最初接收数据到广播路由器。 扩展卡用于分别从多个输入卡接收数据,并将数据排列在广播路由器内传送。 每个输出机架具有矩阵卡和多个输出卡。 矩阵卡用于接收来自所有至少一个输入底盘的数据,并用于将数据路由到多个输出卡中的适当的输出卡。 多个输出卡用于分别从矩阵卡接收数据并输出广播路由器外部的数据。 每个输入机箱没有包括多个输出卡的任何输出卡,并且每个输出机架都没有包括多个输入卡的任何输入卡。
    • 7. 发明授权
    • Multiprocessor control of a partitioned switching network by control
communication through the network
    • 通过网络的控制通信对分区交换网络进行多处理器控制
    • US4074072A
    • 1978-02-14
    • US689510
    • 1976-05-24
    • Carl ChristensenArthur D. HauseHenry S. McDonald
    • Carl ChristensenArthur D. HauseHenry S. McDonald
    • H04Q3/52H04J3/00H04J3/24H04Q11/04
    • H04Q11/0407
    • A centrally located stage of a time division multiplex switching network is partitioned into blocks and a separate processor is provided to control each such block. The partition is extended to the edge of the network by having each partition processor control through the network both the network equipment in adjacent stages directly coupled to the controlled block, and a preassigned portion of the remainder of the network out to the edge thereof which can be reached either through such controlled equipment or through similar equipment of other partitions. In addition, translating, scanning, and service functions are advantageously separated out of the partitioned processors and performed by separate processors that communicate through the call switching network with the partition processors and/or the network-edge ports.
    • 时分复用交换网络的中心位置的分段被划分成块,并且提供单独的处理器来控制每个这样的块。 通过使每个分区处理器通过网络控制相邻级中的网络设备直接耦合到受控块,并且网络的其余部分的预分配部分到其边缘,分区延伸到网络的边缘,其可以 通过这种受控设备或通过其他分区的类似设备达成。 此外,翻译,扫描和服务功能有利地从分区处理器中分离出来,并由通过呼叫交换网络与分区处理器和/或网络边缘端口进行通信的单独处理器执行。
    • 9. 发明授权
    • Broadcast router configured for alternately receiving multiple or redundant reference inputs
    • 配置为交替接收多个或冗余参考输入的广播路由器
    • US07778155B2
    • 2010-08-17
    • US10518278
    • 2003-06-17
    • Carl Christensen
    • Carl Christensen
    • H04L1/00
    • H04H60/04H04L12/40117H04L45/00H04L49/201H04L49/35H04N7/104
    • A broadcast router includes a router matrix having input and output sides. Coupled to the input side of the router matrix are first and second reference inputs. The first reference input is configured for application of a first reference signal thereto while the second reference input is configured for selective application of either a second reference signal or a redundancy of the first reference signal thereto. The broadcast router further includes N inputs, M outputs and a routing engine, coupled between the N inputs and the M outputs, for applying selected ones of the N inputs to the M outputs. A reference select circuit is coupled between the first and second reference inputs and the routing engine.
    • 广播路由器包括具有输入和输出侧的路由器矩阵。 耦合到路由器矩阵的输入端是第一和第二参考输入。 第一参考输入被配置用于施加第一参考信号,而第二参考输入被配置用于选择性地施加第二参考信号或第一参考信号的冗余。 广播路由器还包括耦合在N个输入和M个输出之间的N个输入,M个输出和路由引擎,用于将N个输入中的选定的输入应用到M个输出。 参考选择电路耦合在第一和第二参考输入和路由引擎之间。
    • 10. 发明授权
    • Method of forward error correction
    • 前向纠错方法
    • US07243296B2
    • 2007-07-10
    • US10518226
    • 2003-06-17
    • Carl Christensen
    • Carl Christensen
    • G06F11/00H03M13/00
    • H03M13/2948H03M13/098H03M13/2915H04L49/45H04L49/557
    • An iterative method of correcting errors in a data block. Bad bytes are first identified using information derived from an 8B/10B decoding of the data block. Within each identified bad byte, suspect bits are subsequently identified using information derived from parity decoding of a row of the data block. Each suspect bit is then classified as either a confirmed error bit or an unconfirmed error bit using information derived from parity decoding of a column of the data block in which the suspect bit is located. Confirmed error bits are then corrected, the parity bits corresponding to the confirmed error bit reset, and the bad byte cleared. The process is then repeated if one or more bad bytes remain in the data block.
    • 一种纠正数据块错误的迭代方法。 首先使用从数据块的8B / 10B解码得到的信息来识别坏字节。 在每个识别的坏字节中,随后使用从数据块行的奇偶校验解码得到的信息来识别可疑位。 然后,使用从可疑位所在数据块的列的奇偶校验解码得到的信息将每个疑犯位分类为确认的错误位或未确认的错误位。 然后校正确认的错误位,与确认的错误位复位相对应的奇偶校验位和坏字节清零。 如果数据块中存在一个或多个不良字节,则重复该过程。