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    • 1. 发明授权
    • Non-blocking broadcast network
    • 非阻塞广播网络
    • US5451936A
    • 1995-09-19
    • US138893
    • 1993-10-19
    • Yuanyuan YangGerald M. Masson
    • Yuanyuan YangGerald M. Masson
    • H04Q3/68H04Q9/00
    • H04Q3/68
    • The present invention pertains to a nonblocking broadcast switching network. The network comprises an input stage. The input stage has N.sub.1 or n.sub.1 r.sub.1 input ports and r.sub.1 switches, where n.sub.1 .gtoreq.2 and r.sub.1 .gtoreq.1 and are integers. The network is also comprised of an output stage. The output stage has N.sub.2 or n.sub.2 r.sub.2 output ports and r.sub.2 switches, where n.sub.2 .gtoreq.2 and r.sub.1 .gtoreq.1 and are integers. There is also a middle stage. The middle stage has m switches where m is an integer and, where ##EQU1## The m switches are in communication with the r.sub.1 switches and r.sub.2 switches. The middle stage of m switches has L inputs, where L.gtoreq.r.sub.1 and is an integer, and J outputs, where J.gtoreq.r.sub.2 and is an integer, x or fewer of the m switches, where 1.gtoreq.x.gtoreq.min{n.sub.2 -1, r.sub.2 } and is an integer, always available to form a connection between an idle input port and a plurality of idle output ports, but no output port is connected to more than 1 input port. In a preferred embodiment, the controller is comprised of means for determining which middle stage switches are idle at a given time in the network. The controller is also comprised of means for choosing middle stage switches from only the idle middle stage switches to form a desired broadcast connection between an idle input port and a plurality of idle output ports. Preferably, the choosing means chooses the minimum number of idle middle stage switches to form the desired broadcast connection.
    • 本发明涉及非阻塞广播交换网络。 网络包括输入级。 输入级有N1或n1r1输入端口和r1开关,其中n1> / = 2和r1> / = 1并且是整数。 该网络还包括一个输出级。 输出级有N2或n2r2输出端口和r2开关,其中n2> / = 2和r1> / = 1并且是整数。 还有一个中间阶段。 中间阶段有m个开关,其中m是整数,其中 m开关与r1开关和r2开关通信。 m个开关的中间阶段有L个输入,其中L> / = r1是整数,J输出,其中J> / = r2是整数,x个或更少的m个开关,其中1> / = x > / = min {n2-1,r2},并且是一个整数,始终可用于形成空闲输入端口和多个空闲输出端口之间的连接,但没有输出端口连接到多个输入端口。 在优选实施例中,控制器包括用于确定在网络中给定时间哪个中间级交换机空闲的装置。 控制器还包括用于从仅空闲的中间级交换机选择中间级交换机以在空闲输入端口和多个空闲输出端口之间形成期望的广播连接的装置。 优选地,选择装置选择最小数量的空闲中间级交换机以形成所需的广播连接。
    • 2. 发明授权
    • Controller for a non-blocking broadcast network
    • 用于非阻塞广播网络的控制器
    • US5801641A
    • 1998-09-01
    • US529582
    • 1995-09-18
    • Yuanyuan YangGerald M. Masson
    • Yuanyuan YangGerald M. Masson
    • H04Q3/68H04Q9/00
    • H04Q3/68
    • A controller for a nonblocking broadcast switching network comprising an input stage, an output stage, and a middle stage. The input stage has N.sub.1 or n.sub.1 r.sub.1 input ports and r.sub.1 switches, where n.sub.1 .gtoreq.2 and r.sub.1 .gtoreq.1 and are integers. The network also includes an output stage. The output stage has N.sub.2 or n.sub.2 r.sub.2 output ports and r.sub.2 switches, where n.sub.2 .gtoreq.2 and r.sub.1 .gtoreq.1 and are integers. There is also a middle stage. The middle stage has m switches, where ##EQU1## The m switches are in communication with the r.sub.1 switches and r.sub.2 switches. The middle stage of m switches has L inputs, where L.gtoreq.r.sub.1 and is an integer, and J outputs, where J.gtoreq.r.sub.2 and is an integer, corresponding to the n.sub.1 input ports and n.sub.2 output ports, x or fewer of the m switches, where 1.ltoreq.x.ltoreq.m, always available to form a connection between an idle input port and a plurality of idle output ports, but no output port is connected to more than 1 input port. In a preferred embodiment, the controller includes a mechanism for determining which middle stage switches are idle at a given time in the network. The controller also includes a mechanism for choosing middle stage switches from only the idle middle stage switches to form a desired broadcast connection between an idle input port and a plurality of idle output ports. Preferably, the mechanism for choosing chooses the minimum number of idle middle stage switches to form the desired broadcast connection.
    • 一种用于非阻塞广播交换网络的控制器,包括输入级,输出级和中级。 输入级有N1或n1r1输入端口和r1开关,其中n1> / = 2和r1> / = 1并且是整数。 该网络还包括一个输出级。 输出级有N2或n2r2输出端口和r2开关,其中n2> / = 2和r1> / = 1并且是整数。 还有一个中间阶段。 中间有m个开关,其中开关和r2开关。 m个开关的中间阶段有L个输入,其中L> / = r1是一个整数,J输出,其中J> / = r2是一个整数,对应于n1个输入端口和n2个输出端口,x个或更少 的m个开关,其中1
    • 3. 发明授权
    • Method and apparatus for fault tolerance
    • 容错方法和装置
    • US5243607A
    • 1993-09-07
    • US543451
    • 1990-06-25
    • Gerald M. MassonGregory F. Sullivan
    • Gerald M. MassonGregory F. Sullivan
    • G06F11/00G06F11/14
    • G06F11/1479G06F11/1425G06F11/1487G06F11/1497
    • A method and apparatus for achieving fault tolerance in a computer system having at least a first central processing unit and a second central processing unit. The method comprises the steps of first executing a first algorithm in the first central processing unit on input which produces a first output as well as a certification trail. Next, executing a second algorithm in the second central processing unit on the input and on at least a portion of the certification trail which produces a second output. The second algorithm has a faster execution time than the first algorithm for a given input. Then, comparing the first and second outputs such that an error result is produced if the first and second outputs are not the same. The step of executing a first algorithm and the step of executing a second algorithm preferably takes place over essentially the same time period.
    • 一种用于在具有至少第一中央处理单元和第二中央处理单元的计算机系统中实现容错的方法和装置。 该方法包括以下步骤:首先在第一中央处理单元中执行产生第一输出以及认证路径的输入上的第一算法。 接下来,在产生第二输出的认证路径的输入和至少一部分上在第二中央处理单元中执行第二算法。 第二种算法比给定输入的第一种算法具有更快的执行时间。 然后,比较第一和第二输出,使得如果第一和第二输出不相同,则产生错误结果。 执行第一算法的步骤和执行第二算法的步骤优选地在基本上相同的时间段内进行。
    • 4. 发明授权
    • Scalable configurable network of sparsely interconnected hyper-rings
    • 可扩展可配置网络的稀疏互连超环
    • US07239606B2
    • 2007-07-03
    • US09924905
    • 2001-08-08
    • John E. GilmourRaymond A. YoungJames L. KlueberGerald M. MassonGiorgio L. Coraluppi
    • John E. GilmourRaymond A. YoungJames L. KlueberGerald M. MassonGiorgio L. Coraluppi
    • G31R31/08
    • G06F15/8023
    • A network over which a medium is transferred. The network includes S core rings. Each core ring can be modeled as a set of nodes interconnected by links, where S is greater than or equal to 4 and is an integer, each said core ring having at least N nodes, where N is greater than or equal to 4 and is an integer. Each node/link is configurable in terms of directing the medium from a given source toward a given destination, and where each of the core rings is directly connected by means of k spanning links, where k is greater than or equal to 2, so as to comprise a spanning ring to at least a second and a third of the other core rings. The combinations of core rings spanned by each core ring is such that there is a path comprised of links and nodes from each node on any core ring to any other node on any other core ring. A method for transferring a medium.
    • 传输介质的网络。 网络包括S核心环。 每个核心环可以被建模为通过链路互连的一组节点,其中S大于或等于4,并且是整数,每个核心环具有至少N个节点,其中N大于或等于4,并且是 一个整数。 每个节点/链路在将介质从给定源指向给定目的地方面是可配置的,并且其中每个核心环通过k跨越链路直接连接,其中k大于或等于2,因此 以包括到至少第二和第三其它芯环的跨越环。 由每个核心环跨越的核心环的组合使得存在由任何核心环上的每个节点到任何其他核心环上的任何其他节点的链接和节点组成的路径。 一种传送介质的方法。