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    • 1. 发明申请
    • CIRCUIT WITH NETWORK OF MESSAGE DISTRIBUTOR CIRCUITS
    • 具有消息分发电路网络的电路
    • WO2009010896A1
    • 2009-01-22
    • PCT/IB2008/052728
    • 2008-07-07
    • NXP B.V.VAN BERKEL, Cornelis, H.
    • VAN BERKEL, Cornelis, H.
    • G06F15/173G06F9/50
    • H04L49/15G06F9/5027G06F15/16G06F15/163G06F15/17G06F15/173G06F15/17356G06F15/17393H04L47/10H04L47/266H04L47/30H04L49/10H04L49/101H04L49/1507H04L49/25H04L49/506
    • Source circuits (10) produce messages that may each be processed by any one ofa plurality of processing circuits (14). A network of distributor circuits is provided between the source circuits and the processing circuits (14). Local decisions by the distributor circuits in the network decide for each message to which one of the processing circuits the message will be routed. Messages are supplied to at least two parallel distributor circuits. These distributor circuits (12a) select fromfurther distributor circuits (12b) in the network on the basis of current availability of individual ones of the further distributor circuits (12b). The respective messages are in turn forwarded from the selected further distributor circuits (12b) to data processing circuits (14) along routes selected by the selected further distributor circuits (12b) on the basis of current availability of the data processing circuits (14) and/or subsequent distributor circuits (12c) in the network.
    • 源电路(10)产生可以由多个处理电路(14)中的任何一个处理的消息。 在源电路和处理电路(14)之间提供分配器电路网络。 网络中的分配器电路的本地决定决定了消息将被路由到哪个处理电路的每个消息。 消息提供给至少两个并行分配器电路。 这些分配器电路(12a)基于其它分配器电路(12b)中的各个的当前可用性从网络中的其他分配器电路(12b)中进行选择。 根据数据处理电路(14)的当前可用性,各个消息依次由所选择的另外的分配器电路(12b)选择的路径从所选择的另外的分配器电路(12b)转发到数据处理电路(14),以及 /或后续的分配器电路(12c)。
    • 2. 发明申请
    • SYSTÈME EMBARQUÉ SUR PUCE À HAUTE SÛRETÉ DE FONCTIONNEMENT
    • 具有高操作性的芯片系统
    • WO2016055541A1
    • 2016-04-14
    • PCT/EP2015/073183
    • 2015-10-07
    • SAGEM DEFENSE SECURITE
    • LIU, CélineCHARRIER, NicolasMARTI, Nicolas
    • G06F15/78G06F13/16G06F11/00
    • G06F13/4068G06F11/00G06F11/0736G06F11/0757G06F11/079G06F13/1657G06F13/28G06F15/17356
    • L'invention concerne un système embarqué sur une puce (100) comprenant un ensemble de modules maîtres parmi un module de traitement principal (101a) et un contrôleur d'accès direct à la mémoire (DMA) (102a) associé (101a), et au moins un module de traitement secondaire (101b) et un DMA (102b) associé (101b), et de modules esclaves, chaque module maître étant configuré pour être connecté à une source d'horloge, une alimentation, et des modules esclaves parmi : un ensemble périphériques de proximité (105a,b), au moins une mémoire interne (104a,b), et un ensemble (106) de périphériques et de mémoires externes partagés par les modules maîtres, ladite source d'horloge, l'alimentation, les périphériques de proximité (105a,b) et une mémoire cache (103a,b) d'un module de traitement maître et de son DMA étant dédiés audit module de traitement maître et non partagés avec les autres modules de traitement de l'ensemble de modules maîtres, ladite au moins une mémoire interne (104a,b) de chaque module de traitement maître et de son DMA étant dédiée audit module de traitement maître, ledit module de traitement principal pouvant toutefois y accéder (101a).
    • 本发明涉及一种芯片系统(100),包括一组主模块,其包括与所述模块(101a)相关联的主处理模块(101a)和直接存储器访问控制器(DMA)(102a),以及至少一个 辅助处理模块(101b)和与所述模块(101b)相关联的DMA(102b)和从模块; 每个主模块被配置为连接到时钟源,电源和从模块,其包括一组邻近外围设备(105a,b),至少一个内部存储器(104a,b)和一组外围设备 和主模块共享的外部存储器; 主处理模块的所述时钟源,电源,邻近外围设备(105a,b)和高速缓冲存储器(103a,b),其DMA专用于所述主处理模块,并且不与所述主处理模块的其他处理模块共享 主模块; 并且每个主处理模块的至少一个内部存储器(104a,b)及其DMA专用于所述主处理模块,所述主处理模块(101a)仍能够访问它们。
    • 4. 发明申请
    • A NETWORK INTERFACE CARD FOR USE IN PARALLEL COMPUTING SYSTEMS
    • 一种用于并行计算系统的网络接口卡
    • WO2008052181A3
    • 2008-07-31
    • PCT/US2007082714
    • 2007-10-26
    • REED COKE S
    • REED COKE S
    • G06F15/167
    • G06F12/0806G06F12/0802G06F15/17356H04L49/90H04L49/9063
    • A network device comprises a controller that manages data flow through a network interconnecting a plurality of processors. The processors of the processor plurality comprise a local memory divided into a private local memory and a public local memory, a local cache, and working registers. The network device further comprises a plurality of cache mirror registers coupled to the controller that receive data to be forwarded to the processor plurality. The controller is responsive to a request to receive data by transferring requested data directly to public memory without interrupting the processor, and by transferring requested data via at least one cache mirror register for a transfer to processor local cache, and to processor working registers.
    • 网络设备包括管理通过互连多个处理器的网络的数据流的控制器。 处理器多个的处理器包括划分成专用本地存储器和公共本地存储器的本地存储器,本地高速缓存以及工作寄存器。 网络设备还包括耦合到控制器的多个高速缓存镜像寄存器,其接收将被转发到处理器多个的数据。 控制器通过将所请求的数据直接传送到公共存储器而不中断处理器并且通过经由至少一个高速缓存镜像寄存器传送所请求的数据以传送到处理器本地高速缓存以及处理器工作寄存器来响应于接收数据的请求。
    • 5. 发明申请
    • UNIFIED NETWORK ARCHITECTURE FOR SCALABLE SUPER-CALCULUS SYSTEMS
    • 用于可扩展超级计算系统的统一网络架构
    • WO2012066414A1
    • 2012-05-24
    • PCT/IB2011/002742
    • 2011-11-18
    • EUROTECH SPAROSSI, MauroTECCHIOLLI, GiampietroZUCCATO, Pierfrancesco
    • ROSSI, MauroTECCHIOLLI, GiampietroZUCCATO, Pierfrancesco
    • G06F15/173
    • G06F9/54G06F15/17337G06F15/17343G06F15/17356
    • A network architecture for the communication between elementary calculus units or nodes of a supercomputer partitionable and scalable at the level of calculus power in the range of PetaFLOPS. The supercomputer comprises: a plurality of modular structures (17), each of which comprises a plurality of elementary calculus units or nodes (18) defined by node cards wherein the overall processing required by the application is mapped on a determinate partition of said nodes (18) and distributed in coordinated manner to said individual nodes (18), each of which is configured to execute a process or sub- set of operations required by the application; a backplane (20) both of interconnection between said nodes (18) of the modular structure (17) and also of communication of said nodes (18) with the other modular structures (17); and a root card (22), which manages feed and provides to monitor and distribute synchronization information both between the nodes (18) interconnected by the relative backplane (20) and also toward the other modular structures (17).
    • 用于在PetaFLOPS范围内的微积分级别的可分解和可缩放的超级计算机的基本演算单元或节点之间的通信的网络架构。 超级计算机包括:多个模块化结构(17),每个模块结构(17)包括由节点卡定义的多个基本演算单元或节点(18),其中应用所需的整体处理映射在所述节点的确定分区上 18)并且以协调的方式分布到所述单个节点(18),每个节点被配置为执行应用所需的操作或子组; 模块化结构(17)的所述节点(18)之间的互连以及所述节点(18)与其他模块化结构(17)的通信的背板(20)。 以及根卡(22),其管理馈送并且提供用于监视和分发由所述相对背板(20)互连并且还朝向所述其他模块结构(17)的所述节点(18)之间的同步信息。
    • 7. 发明申请
    • A NETWORK INTERFACE CARD FOR USE IN PARALLEL COMPUTING SYSTEMS
    • 用于并行计算系统的网络接口卡
    • WO2008052181A2
    • 2008-05-02
    • PCT/US2007/082714
    • 2007-10-26
    • REED, Coke, S.
    • REED, Coke, S.
    • G06F15/80G06F9/02
    • G06F12/0806G06F12/0802G06F15/17356H04L49/90H04L49/9063
    • A network device comprises a controller that manages data flow through a network interconnecting a plurality of processors. The processors of the processor plurality comprise a local memory divided into a private local memory and a public local memory, a local cache, and working registers. The network device further comprises a plurality of cache mirror registers coupled to the controller that receive data to be forwarded to the processor plurality. The controller is responsive to a request to receive data by transferring requested data directly to public memory without interrupting the processor, and by transferring requested data via at least one cache mirror register for a transfer to processor local cache, and to processor working registers.
    • 网络设备包括控制器,其管理通过互连多个处理器的网络的数据流。 处理器的处理器多个包括分为专用本地存储器和公共本地存储器,本地高速缓存和工作寄存器的本地存储器。 网络设备还包括耦合到控制器的多个高速缓存镜寄存器,其接收要转发到处理器多个的数据。 控制器响应于通过将所请求的数据直接传送到公共存储器而不中断处理器来接收数据的请求,并且通过经由至少一个缓存镜像寄存器传送所请求的数据以传送到处理器本地高速缓存以及处理器工作寄存器来响应该请求。
    • 10. 发明申请
    • REAL-TIME DISTRIBUTED PROCESSOR ENVIRONMENT
    • 实时分布式处理器环境
    • WO2007096628A3
    • 2008-09-25
    • PCT/GB2007000624
    • 2007-02-22
    • MBDA UK LTDCAMPBELL ERIC RALPH
    • CAMPBELL ERIC RALPH
    • G06F9/46
    • G06F9/54G06F15/17356
    • A real-time distributed processing environment for supporting the execution of interacting activities in different processors, comprising a network of message-passing elements for transferring data between memory areas of the processors; and route-table means associated with each message-passing element within the distributed processing environment, the route-table means comprising programmable variables for a set of software-routes that are to be supported by the associated message-passing device, wherein software-route data associated with a software activity producing data and a software activity using the data may be transferred between memory devices concurrently with execution of activities by the processors. The environment allows the processors to commence or continue execution of any activity simultaneously with the movement of software-route data between the memory spaces of the processors without any involvement from software, the route-table effectively decouples in time, the movement of data by the message-passing electronics from the execution of the activities and any of their associated software-route access procedures that are running on the processors.
    • 一种用于支持在不同处理器中执行交互活动的实时分布式处理环境,包括用于在处理器的存储区域之间传送数据的消息传递元件网络; 以及与所述分布式处理环境内的每个消息传递元素相关联的路由表装置,所述路由表装置包括将被相关联的消息传递设备支持的一组软件路由的可编程变量,其中软件路由 与产生数据的软件活动相关联的数据和使用该数据的软件活动可以在存储器设备之间与处理器执行活动同时传送。 环境允许处理器开始或继续执行任何活动,同时在处理器的存储空间之间移动软件路由数据,而不需要软件的参与,路由表有效地在时间上解耦,数据的移动由 来自执行活动的消息传递电子设备以及在处理器上运行的任何相关联的软件路由访问过程。