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    • 3. 发明公开
    • Apparatus and method for dynamically aligned source synchronous receiver
    • 动力学和动力学
    • EP2757484A1
    • 2014-07-23
    • EP13159437.6
    • 2013-03-15
    • VIA Technologies, Inc.
    • Canac, Vanessa S.Lundberg, James R.
    • G06F13/42
    • G11C7/1072G06F1/12G06F13/3625G06F13/4068G06F13/4217G06F13/4243G11C8/18
    • An apparatus including a synchronous lag receiver that receives one of a plurality of radially distributed strobes and a data bit, and that delays registering of the data bit by a propagation time. The synchronous lag receiver has a first plurality of matched inverters, a first mux, and a bit receiver. The first plurality of matched inverters generates successively delayed versions of the data bit. The first mux receives a value on a lag bus that indicates the propagation time, and selects one of the successively delayed versions of the data bit that corresponds to the value. The bit receiver receives the one of the successively delayed versions of the data bit and one of a plurality of radially distributed strobe signals, and registers the state of the one of the successively delayed versions of the data bit upon assertion of the one of a plurality of distributed strobe signals.
    • 一种包括同步延迟接收器的装置,其接收多个径向分布的选通信号中的一个和数据位,并且延迟数据位的记录传播时间。 同步延迟接收器具有第一多个匹配的反相器,第一复用器和位接收器。 第一组多个匹配的逆变器产生数据位的连续延迟版本。 第一个多路复用器在一个指示传播时间的延迟总线上接收一个值,并选择与该值对应的数据位的连续延迟版本中的一个。 位接收器接收数据位的连续延迟版本中的一个和多个径向分布的选通信号中的一个,并且在断言多个数据位之后注册数据位的连续延迟版本中的一个的状态 的分布式选通信号。
    • 7. 发明公开
    • Network scheduling method, computer program product and network-on-chip
    • Netzwerkkoordinationsverfahren,Computerprogrammprodukt und Netzwerk-on-Chip
    • EP2343656A1
    • 2011-07-13
    • EP09179321.6
    • 2009-12-15
    • NXP B.V.
    • Pontius, Tim
    • G06F13/362
    • G06F13/3625
    • Disclosed is a method (200) of scheduling communications over a network (300) comprising a plurality of connections to a shared resource (340), comprising: defining a communication schedule (100) comprising a total number of time slots (110) for granting a connection periodical access to the shared resource; and, for each connection: assigning a first available time slot (110) in the communication schedule; and assigning a second available time slot (110) in the communication schedule having a minimal delay with respect to the first time slot (110), said minimal delay being at least the expected combined latency of the network (300) and the shared resource (340) for responding to a request for said shared resource by the connection. A computer program product and network-on-chip (300) are also disclosed.
    • 公开了一种通过网络(300)调度通信的方法(200),包括到共享资源(340)的多个连接,包括:定义通信调度(100),其包括总数量的时隙(110) 连接对共享资源的定期访问; 并且对于每个连接:在通信调度中分配第一可用时隙(110); 以及在所述通信调度中分配相对于所述第一时隙(110)具有最小延迟的第二可用时隙(110),所述最小延迟至少为所述网络(300)和所述共享资源(300)的预期组合等待时间 340),用于通过所述连接响应对所述共享资源的请求。 还公开了一种计算机程序产品和片上网络(300)。
    • 9. 发明公开
    • Method and apparatus for processing input/output request using a plurality of channel buses
    • Vefahren并且在多个信道总线的I / O请求处理装置
    • EP1143342A2
    • 2001-10-10
    • EP01115734.4
    • 1995-07-31
    • FUJITSU LIMITED
    • Koyama, Susumu
    • G06F13/12
    • G06F13/24G06F3/0601G06F13/126G06F13/3625G06F2003/0698
    • An apparatus for processing an input/output request from an upper unit 14-i using a plurality of channel buses 18-i of different transfer speeds comprises: a plurality of input/output ports 20-i connected to a plurality of channel units on the upper unit side through the plurality of channel buses; and a command analysis executing section 92, 94 provided for each input/output port for analyzing whether a command received in association with an activation request during the coupling of another input/output port is a command that can be executed or not, and when it is an executable command accepting the activation request and executing a command process for internal resources.
    • 用于输入/输出请求的处理从在上部单元14-i中使用信道总线的多个不同的转移的18-i的速度包括一种设备:输入/输出端口的多个检测器20-i的连接到信道单元上的一个多元 通过信道总线的多个上部单元侧; 并执行为每个输入/输出端口,用于分析另一输入/输出端口的耦合过程中无论是在相关联地接收与激活请求的命令部92,94的命令分析是一个命令并可以执行与否,并且当它 是可执行命令接受激活请求,并且执行一个命令过程为内部资源。