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    • 1. 发明授权
    • Data and phase locking buffer design in a two-way handshake system
    • 数据和相位锁定缓冲器设计在双向握手系统中
    • US09182993B2
    • 2015-11-10
    • US11140833
    • 2005-05-31
    • Genkun Jason YangRamkumar Prakasam
    • Genkun Jason YangRamkumar Prakasam
    • G06F9/38H04N19/42H04N19/86
    • G06F9/3869H04N19/42H04N19/86
    • A data and phase locking buffer design in a two-way handshake system is provided and may comprise sequentially locking pipelining of data in a synchronized pipeline and draining the synchronized pipeline of the data. The data may be synchronously accepted at a substantially similar time by contiguous pipeline stages that have data to be accepted. A ready signal, which may be processed after being generated by a present pipeline stage of the synchronized pipeline, may be communicated to a subsequent pipeline stage of the synchronized pipeline. An accept signal may be communicated from a present pipeline stage to a previous pipeline stage. A drain signal may be generated for draining the data from the synchronized pipeline. The drain signal may be asserted and deasserted based on end of line information in the data.
    • 提供双向握手系统中的数据和相位锁定缓冲器设计,并且可以包括在同步流水线中顺序地锁定数据流水线并排出数据的同步流水线。 可以在基本相似的时间通过具有要被接受的数据的相邻流水线阶段同步地接收数据。 可以在由同步流水线的当前流水线级生成之后可以处理的就绪信号可以被传送到同步流水线的后续流水线级。 可以将接收信号从当前流水线级传送到先前的流水线级。 可以产生用于从同步流水线排出数据的漏极信号。 可以基于数据中的行信息的结束来断言和解除排除信号。
    • 2. 发明授权
    • Method and system for configurable drain mechanism in two-way handshake system
    • 双向握手系统中可配置排水机构的方法和系统
    • US07600057B2
    • 2009-10-06
    • US11063815
    • 2005-02-23
    • Genkun Jason Yang
    • Genkun Jason Yang
    • G06F3/00
    • H04L49/30H04L49/101
    • A method and system for configurable drain for two-way handshake system is provided and may comprise coupling a transmitting device to a drain bucket, and draining unwanted data at the transmitting device. The drain bucket may be configurably coupled to the transmitting device via a switch, where the switch may be a crossbar switch. The drain bucket may receive at least one transmitter handshake signal from at least one transmitting device. The drain bucket may transmit at least one receiver handshake signal to the at least one transmitting device. The receiver handshake signal may be asserted at least as long as the received transmitter handshake signal is asserted. The receiver handshake signal may be based on the received transmitter handshake signal. For example, the received transmitter handshake signal may be looped back by the receiver as the receiver handshake signal. The method may also comprise generating the receiver handshake signal utilizing at least one of combinational logic and sequential logic.
    • 提供了一种用于双向握手系统的可配置漏极的方法和系统,其可以包括将发送设备耦合到排水桶,并在发送设备处排出不需要的数据。 排水斗可以经由开关可配置地耦合到发送装置,其中开关可以是交叉开关。 排水桶可以从至少一个发送装置接收至少一个发送器握手信号。 排水桶可以向至少一个发送装置发送至少一个接收者握手信号。 至少只要接收到的发送者握手信号被断言,接收机握手信号就被断言。 接收机握手信号可以基于接收到的发射机握手信号。 例如,接收到的发送机握手信号可以由接收机作为接收机握手信号循环回来。 该方法还可以包括利用组合逻辑和顺序逻辑中的至少一个生成接收器握手信号。