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    • 9. 发明授权
    • Multiport communication switch having gigaport and expansion ports sharing the same time slot in internal rules checker
    • 具有端口和扩展端口的多端口通信交换机在内部规则检查器中共享相同的时隙
    • US06335938B1
    • 2002-01-01
    • US09304959
    • 1999-05-05
    • John M. ChiangMichael VengChong LauShashank Merchant
    • John M. ChiangMichael VengChong LauShashank Merchant
    • H04J316
    • H04L49/45H04L49/1553H04L49/201H04L49/30H04L49/3009H04L49/352H04L49/354
    • A novel method of data processing in a multiport data switching system having a decision making engine for controlling data forwarding between receive ports and at least one transmit port. The receive ports include an expansion port for receiving data packets from another switching system, and a high-speed port for receiving data packets at a rate higher than data rates at regular receive ports. In accordance with the method of the present invention, data blocks representing received data packets are placed in a plurality of data queues corresponding to the plurality of the receive ports. The data queues are transferred in successive time slots to logic circuitry for determining at least one transmit port. The time slots assigned to each of the plurality of receive ports includes expansion port time slots assigned to the expansion port and high-speed time slots assigned to the high-speed port. The expansion and high-speed time slots are dynamically distributed between the expansion and high-speed ports in accordance with relative data traffic at the ports. In particular, non-requested high-speed port time slots may be allocated to the expansion port, if the number of requests for high-speed port time slots is less than the number of the high-speed time slots. Similarly, non-requested expansion port time slots may be allocated to the high-speed port, if the number of requests for expansion port time slots is less than the number of the expansion port time slots.
    • 一种具有用于控制接收端口与至少一个发送端口之间的数据转发的决策引擎的多端口数据交换系统中的数据处理的新颖方法。 接收端口包括用于从另一交换系统接收数据分组的扩展端口和用于以高于常规接收端口的数据速率的速率接收数据分组的高速端口。 根据本发明的方法,将表示接收到的数据分组的数据块放置在对应于多个接收端口的多个数据队列中。 数据队列在连续的时隙中传送到用于确定至少一个发送端口的逻辑电路。 分配给多个接收端口中的每一个的时隙包括分配给扩展端口的扩展端口时隙和分配给高速端口的高速时隙。 根据端口上的相对数据流量,扩展和高速时隙在扩展端口和高速端口之间动态分配。 特别地,如果高速端口时隙的请求数小于高速时隙的数量,则可以向扩展端口分配非请求的高速端口时隙。 类似地,如果扩展端口时隙的请求数少于扩展端口时隙的数量,则可以将未请求的扩展端口时隙分配给高速端口。
    • 10. 发明授权
    • Method and apparatus for data frame synchronization and delineation
    • 用于数据帧同步和描绘的方法和装置
    • US07991296B1
    • 2011-08-02
    • US11938019
    • 2007-11-09
    • Cesar A. JohnstonJohn M. Chiang
    • Cesar A. JohnstonJohn M. Chiang
    • H04B10/00H04J14/00
    • H04J3/0608
    • A circuit and method to synchronize with a data transmission having a plurality of data transmission frames each with a start boundary identified by a predetermined synchronization pattern, includes comparing sets of data within the data transmission to a predetermined synchronization pattern. A frame tracking signal is assigned to each one of the plurality of comparison results that indicates a match between a data pattern within one of the plurality of sets of data and the predetermined synchronization pattern, including matches that occur multiple times within a known duration of the data transmission frame duration. Based on each frame tracking signal assigned to a comparison result, the start boundary of the data transmission frames is searched. The start boundary may be search by monitoring successive occurrences of the predetermined synchronization pattern in the data transmission at intervals of the known data transmission frame duration for each data matching data pattern. If the predetermined synchronization pattern occurs successively in the data transmission, the associated data pattern is confirmed as the synchronization pattern in the data transmission, and synchronization with the data transmission is achieved.
    • 一种与具有多个数据传输帧的数据传输同步的电路和方法,每个数据传输帧具有由预定的同步模式识别的起始边界,包括将数据传输中的数据集合与预定的同步模式进行比较。 帧跟踪信号被分配给多个比较结果中的每一个,其指示多个数据集合中的一个数据和预定同步模式之间的数据模式之间的匹配,包括在所述多个比较结果的已知持续时间内发生多次的匹配 数据传输帧持续时间。 基于分配给比较结果的每个帧跟踪信号,搜索数据传输帧的起始边界。 可以通过以每个数据匹配数据模式的已知数据传输帧持续时间的间隔监视数据传输中的预定同步模式的连续出现来搜索起始边界。 如果在数据传输中连续发生预定同步模式,则在数据传输中确认相关联的数据模式作为同步模式,并实现与数据传输的同步。