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    • 1. 发明授权
    • Communications system with bonding engine that dynamically adapts fragment size
    • 具有粘合引擎的通信系统,可动态调整片段大小
    • US08699511B1
    • 2014-04-15
    • US12836695
    • 2010-07-15
    • Darrin L. GiegerThomas DetwilerBradley CariagaJerry L. Greer
    • Darrin L. GiegerThomas DetwilerBradley CariagaJerry L. Greer
    • H04L12/66
    • H04L12/413
    • A telecommunications access module comprises at least one bonding engine that receives packet data and bonds subscriber line pairs together to form a bonding group over which packet fragments are transmitted. A database maintains a list of communications subscriber line pairs that form the bonding group. A processor is configured to determine whether an incoming packet subject to fragmentation is long enough to fragment across multiple subscriber line pairs. If the incoming packet can be fragmented, the processor is configured to calculate a cost function for minimum packet fragment sizes that is proportional to the end-of-fragment arrival time at the far end of each subscriber line pair and calculate remainders of packet fragment length. The packet is fragmented based on the calculated cost function and remainders of any packet fragment lengths and allocated to the subscriber line pairs and transmitted.
    • 电信接入模块包括至少一个绑定引擎,其接收分组数据并将用户线路对绑在一起以形成发送分组片段的绑定组。 数据库维护形成绑定组的通信用户线对的列表。 处理器被配置为确定进入分段的进入分组是否足够长以跨多个用户线对分段。 如果输入的分组可以被分段,则处理器被配置为计算与每个用户线对的远端处的分段到达时间成比例的最小分组分片大小的成本函数,并计算分组片段长度的剩余部分 。 基于所计算的成本函数和任何分组分段长度的剩余分组,分组被分段,并且分配给用户线对并被发送。
    • 3. 发明授权
    • Event-based shaper for a packet switch
    • 用于分组交换机的基于事件的整形器
    • US08767542B2
    • 2014-07-01
    • US13533647
    • 2012-06-26
    • Thomas Frederick DetwilerDarrin L. Gieger
    • Thomas Frederick DetwilerDarrin L. Gieger
    • H04J1/16H04L12/28
    • H04L43/16H04L47/527H04L47/621
    • Egress of data packets from a packet switch is controlled in a manner that involves adjusting the shaper accumulators only when a packet egress event or accumulator credit threshold event occurs. A timeline having a number of timeslots is maintained in a memory to mark the times at which events are predicted to occur. If an egress event occurs, in which one or more data packets have been sent from a queue, or if the current timeslot contains a marker, then a count stored in an accumulator is adjusted. If an egress event has occurred or a threshold event in which a count stored in an accumulator has crossed a threshold has occurred, then a marker is stored in a future timeslot.
    • 来自分组交换机的数据分组的出口以仅在发生分组出口事件或累加器信用阈值事件时才调整整形器累加器的方式进行控制。 具有多个时隙的时间线被保存在存储器中以标记事件被预测发生的时间。 如果发生了从队列发送一个或多个数据分组的出口事件,或者当前时隙包含标记,则调整存储在累加器中的计数。 如果发生了出口事件或存储在累加器中的计数超过阈值的阈值事件,则在未来的时隙中存储标记。
    • 5. 发明申请
    • EVENT-BASED SHAPER FOR A PACKET SWITCH
    • 用于分组开关的基于事件的形状
    • US20130343188A1
    • 2013-12-26
    • US13533647
    • 2012-06-26
    • Thomas Frederick DetwilerDarrin L. Gieger
    • Thomas Frederick DetwilerDarrin L. Gieger
    • H04L12/26
    • H04L43/16H04L47/527H04L47/621
    • Egress of data packets from a packet switch is controlled in a manner that involves adjusting the shaper accumulators only when a packet egress event or accumulator credit threshold event occurs. A timeline having a number of timeslots is maintained in a memory to mark the times at which events are predicted to occur. If an egress event occurs, in which one or more data packets have been sent from a queue, or if the current timeslot contains a marker, then a count stored in an accumulator is adjusted. If an egress event has occurred or a threshold event in which a count stored in an accumulator has crossed a threshold has occurred, then a marker is stored in a future timeslot.
    • 来自分组交换机的数据分组的出口以仅在发生分组出口事件或累加器信用阈值事件时才调整整形器累加器的方式进行控制。 具有多个时隙的时间线被保存在存储器中以标记事件被预测发生的时间。 如果发生了从队列发送一个或多个数据分组的出口事件,或者当前时隙包含标记,则调整存储在累加器中的计数。 如果发生了出口事件或存储在累加器中的计数超过阈值的阈值事件,则在未来的时隙中存储标记。
    • 6. 发明授权
    • System and method for interleaving and transmitting forward error correction code words
    • 用于交织和发送前向纠错码字的系统和方法
    • US07103828B2
    • 2006-09-05
    • US10626022
    • 2003-07-24
    • Charles E. Polk, Jr.Darrin L. Gieger
    • Charles E. Polk, Jr.Darrin L. Gieger
    • H03M13/05
    • H03M13/2707G11B20/1866
    • A forward error correction system comprises a forward error correction (FEC) manager and a transmitter. The FEC manager is configured to receive a data stream and to define a plurality of FEC code words based on the data stream. Each of the FEC code words comprises a data portion and a checksum portion that may be used to recover at least one character of the data portion. The FEC manager is configured to interleave characters of the FEC code words such that the FEC code words are transmitted, by the transmitter, to a remote receiver in an interleaved fashion. The FEC manager is configured to provide characters from each of the FEC code words to the transmitter before a plurality of characters to be assigned to each of the FEC code words has been received by the FEC manager.
    • 前向纠错系统包括前向纠错(FEC)管理器和发射机。 FEC管理器被配置为接收数据流并且基于数据流来定义多个FEC码字。 FEC码字中的每一个包括可用于恢复数据部分的至少一个字符的数据部分和校验和部分。 FEC管理器被配置为交织FEC码字的字符,使得FEC码字被发送器以交错方式发送到远程接收机。 FEC管理器被配置为在由FEC管理器接收到要分配给每个FEC码字的多个字符之前,向每个FEC码字提供字符到发送器。