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    • 2. 发明授权
    • Maintaining information from a damaged frame by the receiver in a
communication link
    • 在通信链路中由接收器维护来自损坏帧的信息
    • US5422893A
    • 1995-06-06
    • US286060
    • 1994-08-04
    • Thomas A. GreggJoseph M. HokeAlbert IngChin Lee
    • Thomas A. GreggJoseph M. HokeAlbert IngChin Lee
    • G06F11/14H04L1/00G06F11/00
    • G06F11/1415H04L1/0083
    • A system and method for asynchronously transmitting data across fibers in a serial manner. Frames are provided as a mechanism to transmit associated data serially and tie the data being transmitted to a particular buffer set. Each buffer set maintains a state that keeps track of the progress and sequence of received frames. When transmission errors occur in the frames, the errors may affect only the information field and there is enough information in the header to identify the frame. A request can then be sent back to the other end of the fibers to retransmit the frame. Certain information in the frame header is not used to identify the frame, but is used to control the transfer of frames and identify lost frames. When a frame information field is damaged by transmission errors, this header information is retained by the receiver of the damaged frame. Retaining this information at the receiver of the damaged frame frees the sender for storing it during the transmission of each frame. Freeing the sender improves performance by removing steps for the normal error free transmission of frames.
    • 一种用于以串行方式跨光纤异步传输数据的系统和方法。 提供帧作为用于串行发送相关数据并将正被发送的数据绑定到特定缓冲器组的机制。 每个缓冲器组保持跟踪接收帧的进度和顺序的状态。 当帧中出现传输错误时,错误可能仅影响信息字段,并且报头中有足够的信息来识别帧。 然后可以将请求发送回到光纤的另一端以重新发送帧。 帧头中的某些信息不用于识别帧,而是用于控制帧的传输并识别丢失的帧。 当帧信息字段被传输错误损坏时,该标题信息被损坏帧的接收器保留。 在损坏的帧的接收机处保留该信息在发送每帧期间释放发送方存储它。 通过消除帧的正常无错误传输的步骤,释放发送方可提高性能。
    • 3. 发明授权
    • Shortened timeout period during frame retry in a communication link
    • 在通信链路中的帧重试过程中缩短超时时间
    • US5490152A
    • 1996-02-06
    • US286028
    • 1994-08-04
    • Thomas A. GreggJoseph M. HokeAlbert IngChin Lee
    • Thomas A. GreggJoseph M. HokeAlbert IngChin Lee
    • H04L1/00G08C25/02H04L1/18
    • H04L1/0083
    • A system and method for asynchronously transmitting data across fibers in a serial manner. Frames are provided as a mechanism to transmit associated data serially and tie the data being transmitted to a particular buffer set. Each outstanding request for each buffer set is individually timed to detect lost frames, and each buffer set maintains a state that keeps track of the progress and sequence of received frames. When transmission errors occur in the frames, the errors may affect only the information field and there is enough information in the header to identify the frame. A request can then be sent back to the other end of the fibers to retransmit the frame. In some instances, the frame cannot be retransmitted because the content of the data may have been changed by other operations in the systems. To speed recovery in these situations, the requester of the retransmitted frame sets a much shorter timer while waiting for the response since the retransmitted frame will be sent quickly, if at all.
    • 一种用于以串行方式跨光纤异步传输数据的系统和方法。 提供帧作为用于串行发送相关数据并将正被发送的数据绑定到特定缓冲器组的机制。 每个缓冲器组的每个未完成的请求被单独定时以检测丢失的帧,并且每个缓冲器组保持跟踪接收帧的进度和顺序的状态。 当帧中出现传输错误时,错误可能仅影响信息字段,并且报头中有足够的信息来识别帧。 然后可以将请求发送回到光纤的另一端以重新发送帧。 在某些情况下,由于数据的内容可能已被系统中的其他操作所改变,所以不能重新发送帧。 为了在这些情况下加速恢复,重传帧的请求者在等待响应时设置更短的定时器,因为重传的帧将被快速发送(如果有的话)。
    • 4. 发明授权
    • System for identifying communication sequences transmitted across
multiple carriers by examining bit streams for sequences of valid words
    • 用于通过检查有效字序列的比特流来识别通过多个载波发送的通信序列的系统
    • US5610945A
    • 1997-03-11
    • US477927
    • 1995-06-07
    • Thomas A. GreggJoseph M. HokeKulwant M. Pandey
    • Thomas A. GreggJoseph M. HokeKulwant M. Pandey
    • H04J3/06H04J14/00H04L25/14H04L29/06H04L29/04
    • H04L29/06H04J3/0629H04L25/14H04J14/00H04L69/14
    • A system and method for asynchronously receiving data blocks, in parallel, across multiple fibers in a serial manner. Frame groups are provided as a mechanism to transmit associated data serially on each fiber and tie the data being transmitted together. The frame groups do not have sequence numbers, therefore, the receiver determines which frames are part of a frame group by the arrival times of the individual frames. The transceivers for each member of the parallel bus examine the received bit stream to extract frames and continuous sequences. For each member of the parallel bus there are independent receive buffers, and these buffers are controlled by independent states. The states inhibit erroneously generated frames from corrupting the contents of the receive buffers and inhibit the loading of the buffers after errors on the link. These states also control the loading of the receive buffers after retransmission of a buffer area. The information from the individual frames of the frame group is assembled in the proper sequence by another element in the channel. This element also suppresses notification of the intermediate frame groups when multiple frame groups are used to transmit a buffer area.
    • 一种用于以串行方式并行跨多条光纤异步接收数据块的系统和方法。 帧组被提供为用于在每个光纤上串行发送相关数据并将正在发送的数据结合在一起的机制。 帧组不具有序列号,因此,接收机根据各个帧的到达时间确定哪些帧是帧组的一部分。 并行总线的每个成员的收发器检查接收到的比特流以提取帧和连续序列。 对于并行总线的每个成员,都有独立的接收缓冲区,这些缓冲区由独立状态控制。 这些状态禁止错误地产生的帧破坏接收缓冲器的内容,并且在链路上的错误之后禁止缓冲器的加载。 这些状态还控制重发缓冲区之后的接收缓冲器的加载。 来自帧组的各个帧的信息以正确的顺序由通道中的另一个元素组装。 当使用多个帧组来发送缓冲区时,该元素还抑制中间帧组的通知。
    • 5. 发明授权
    • Suspending, resuming, and interleaving frame-groups
    • 挂起,恢复和交织帧组
    • US5559963A
    • 1996-09-24
    • US148113
    • 1993-11-04
    • Thomas A. GreggJoseph M. HokeKulwant M. Pandey
    • Thomas A. GreggJoseph M. HokeKulwant M. Pandey
    • H04L29/00H04J3/06H04L25/02H04L29/06H04L29/14H04L5/00H04L7/00
    • H04J3/0629H04L69/14H04L69/40Y02B60/33
    • A system and method for asynchronously transmitting data blocks, in parallel, across multiple fibers in a serial manner. Frame groups are provided as a mechanism to transmit associated data serially on each fiber and tie the data being transmitted together. The frame groups can be prematurely ended on any 256 byte block boundary for several purposes, and all the frames of a given group must contain the same number of information field data words. Allowing frame groups to be ended on arbitrary block boundaries allows their transmission to start before all of the information field for the frame group has been received from a shared main processor storage. This capability of ending frame groups also allows high priority frame groups to interrupt the transmission of a relatively long data frame. Finally, the capability to end the frame group protects the information field of a stalled frame group since the CRC is sent and the idle sequence is resumed. Using multiple, independently clocked transmitters improves the fault tolerance of the link but also makes it difficult to end all frame of the frame group on the same block boundary. This problem is also solved by keeping track of the data sent to the multiple transmit buffers.
    • 一种以串行方式跨多个光纤并行传输数据块的系统和方法。 帧组被提供为用于在每个光纤上串行发送相关数据并将正在发送的数据结合在一起的机制。 为了多个目的,帧组可以在任何256字节块边界上过早地结束,并且给定组的所有帧必须包含相同数量的信息字段数据字。 允许帧组在任意块边界上结束允许它们在从共享主处理器存储器接收到所有帧组的所有信息字段之前开始传输。 结束帧组的这种能力还允许高优先级帧组中断相对长的数据帧的传输。 最后,结束帧组的能力保护失速帧组的信息字段,因为CRC被发送并且空闲序列被恢复。 使用多个独立时钟的发射机提高了链路的容错能力,也使得难以在同一块边界上结束帧组的所有帧。 通过跟踪发送到多个发送缓冲区的数据来解决这个问题。
    • 6. 发明授权
    • Skew measurement for receiving frame-groups
    • 接收帧组的倾斜测量
    • US5425020A
    • 1995-06-13
    • US147701
    • 1993-11-04
    • Thomas A. GreggJoseph M. HokePatrick J. Sugrue
    • Thomas A. GreggJoseph M. HokePatrick J. Sugrue
    • H04J14/08H04L25/14H04J3/14
    • H04L25/14H04J14/08
    • A system and method for asynchronously transmitting data blocks, in parallel, across multiple fibers in a serial manner. Frame groups are provided as a mechanism to transmit associated data serially on each fiber and tie the data being transmitted together. The frame groups do not have sequence numbers, therefore, the receiver determines which frames are part of a frame group by the arrival times of the individual frames. The transceivers for each member of the parallel bus asynchronously achieve synchronism from either end of the fiber. A receiver of a transceiver determines a relative skew on a conductor of a link by performing skew measurements on a series of calibration frames sent by a transmitter on another end of said link. A skew monitor performs skew measurements and includes a plurality of skew measurement registers for measuring the relative skew between frames of a frame group, each register having an input from a skew counter, and outputs coupled to a microprocessor controlling the monitor. Each register gates in the value in the skew counter at the time a link control word is received. The receiver can determine that one or more frames of the calibration frames have been lost and have not exceeded the maximum measureable skew limits.
    • 一种以串行方式跨多个光纤并行传输数据块的系统和方法。 帧组被提供为用于在每个光纤上串行发送相关数据并将正在发送的数据结合在一起的机制。 帧组不具有序列号,因此,接收机根据各个帧的到达时间确定哪些帧是帧组的一部分。 并行总线的每个成员的收发器异步地实现了光纤任一端的同步。 收发器的接收机通过在由所述链路的另一端上的发射机发送的一系列校准帧上执行偏移测量来确定链路的导体上的相对偏斜。 偏斜监视器执行偏斜测量并且包括多个偏斜测量寄存器,用于测量帧组的帧之间的相对偏差,每个寄存器具有来自偏斜计数器的输入,以及耦合到控制监视器的微处理器的输出。 每个寄存器在接收到链路控制字时在偏移计数器的值中进行门控。 接收机可以确定校准帧的一个或多个帧已经丢失并且没有超过最大可测量偏斜极限。