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    • 11. 发明授权
    • System and method for dynamic link aggregation in a shared I/O subsystem
    • 共享I / O子系统中动态链路聚合的系统和方法
    • US07404012B2
    • 2008-07-22
    • US10186188
    • 2002-06-28
    • Todd MattersTodd Rimmer
    • Todd MattersTodd Rimmer
    • G06F15/16G06F3/00
    • H04L29/06H04L45/742H04L49/3009H04L49/358H04L49/602H04L67/1097H04L67/327H04L69/14H04L69/18H04L69/22H04L69/329
    • A shared I/O subsystem for a plurality of computer systems. The shared I/O subsystem includes a plurality of physical I/O interfaces and a plurality of virtual I/O interfaces where each of the computer systems is communicatively coupled to one or more of the virtual I/O interfaces. The shared I/O subsystem also includes a forwarding function having a forwarding table that logically arranges the shared I/O subsystem into one or more logical LAN switches. Each of the logical LAN switches communicatively couples one or more of the virtual I/O interfaces to at least one of the physical I/O interfaces. For each of the logical LAN switches, the forwarding function receives a data packet from any one from the group of the physical I/O interfaces and the virtual I/O interfaces, and directs the data packet to at least one from the group of the physical I/O interfaces and the virtual I/O interfaces. Two or more of the physical I/O interfaces may be aggregated to form a logical I/O interface by selectively altering entries in the forwarding table without reconfiguring the computer systems.
    • 用于多个计算机系统的共享I / O子系统。 共享I / O子系统包括多个物理I / O接口和多个虚拟I / O接口,其中每个计算机系统通信地耦合到一个或多个虚拟I / O接口。 共享I / O子系统还包括具有将共享I / O子系统逻辑地布置到一个或多个逻辑LAN交换机中的转发表的转发功能。 每个逻辑LAN交换机将一个或多个虚拟I / O接口通信地耦合到至少一个物理I / O接口。 对于每个逻辑LAN交换机,转发功能从物理I / O接口和虚拟I / O接口组中的任一个接收数据分组,并将数据分组引导至至少一个来自组 物理I / O接口和虚拟I / O接口。 可以通过选择性地改变转发表中的条目来聚合两个或多个物理I / O接口以形成逻辑I / O接口,而不重新配置计算机系统。
    • 12. 发明授权
    • System and method for implementing virtual adapters and virtual interfaces in a network system
    • 在网络系统中实现虚拟适配器和虚拟接口的系统和方法
    • US07171495B2
    • 2007-01-30
    • US10186193
    • 2002-06-28
    • Todd MattersTodd RimmerDuane McCrory
    • Todd MattersTodd RimmerDuane McCrory
    • G06F15/16G06F3/00
    • H04L45/742H04L69/324
    • A shared I/O subsystem that couples a plurality of computer systems to at least one shared I/O interface. The shared I/O subsystem includes a plurality of virtual I/O interfaces that are communicatively coupled to the computer systems. Each of the computer systems includes a virtual adapter that communicates with one of the virtual I/O interfaces. The shared I/O subsystem further includes a forwarding function having a forwarding table. The forwarding table includes a plurality of entries corresponding to each of the virtual I/O interfaces. The forwarding function receives a first I/O packet from one of the virtual I/O interfaces and uses the forwarding table to direct the first I/O packet to at least one of a physical adapter associated with the at least one shared I/O interface and one or more of other ones of the virtual I/O interfaces. The forwarding function also receives a second I/O packet from the physical adapter and uses the forwarding table to direct the second I/O packet to one or more of the virtual I/O interfaces.
    • 将多个计算机系统耦合到至少一个共享I / O接口的共享I / O子系统。 共享I / O子系统包括通信地耦合到计算机系统的多个虚拟I / O接口。 每个计算机系统包括与虚拟I / O接口中的一个通信的虚拟适配器。 共享I / O子系统还包括具有转发表的转发功能。 转发表包括对应于每个虚拟I / O接口的多个条目。 所述转发功能从所述虚拟I / O接口之一接收第一I / O分组,并且使用所述转发表将所述第一I / O分组引导到与所述至少一个共享I / O相关联的物理适配器中的至少一个 接口和虚拟I / O接口中的一个或多个。 转发功能还从物理适配器接收第二I / O分组,并使用转发表将第二I / O分组引导到一个或多个虚拟I / O接口。
    • 13. 发明授权
    • Network data flow optimization
    • 网络数据流优化
    • US06681262B1
    • 2004-01-20
    • US10186192
    • 2002-06-28
    • Todd Rimmer
    • Todd Rimmer
    • G06F1516
    • H04L45/742H04L12/4641H04L49/3009H04L49/358H04L49/602
    • A shared I/O subsystem having a plurality of ports, where each of the ports includes a plurality of address bits and first and second masks associated therewith. The shared I/O subsystem receives a data packet from a first of the plurality of ports, selects from one or more tables the plurality of address bits and the first and second masks associated with the first port, applies an AND function to the address bits and the first mask associated with the first port, applies an OR function to the result of applying the AND function and the second mask associated with the first port, and selectively transmits the data packet to one or more of the ports in accordance with a result of applying the OR function.
    • 具有多个端口的共享I / O子系统,其中每个端口包括多个地址位以及与其相关联的第一和第二掩模。 所述共享I / O子系统从所述多个端口中的第一端口接收数据分组,从一个或多个表中选择所述多个地址位以及与所述第一端口相关联的所述第一和第二掩模,将AND功能应用于所述地址位 和与第一端口相关联的第一掩码,将OR功能应用于与第一端口相关联的AND功能和第二掩码的结果,并根据结果选择性地将数据包发送到一个或多个端口 应用OR函数。
    • 14. 发明申请
    • METHOD, APPARATUS AND SYSTEM FOR QOS WITHIN HIGH PERFORMANCE FABRICS
    • 方法,高性能织物中的QOS设备和系统
    • US20150180782A1
    • 2015-06-25
    • US14139930
    • 2013-12-24
    • Todd RimmerThomas D. LovettAlbert Cheng
    • Todd RimmerThomas D. LovettAlbert Cheng
    • H04L12/851H04L12/933H04L29/06H04L12/801H04L12/855
    • H04L47/2425H04L47/2408H04L47/2458H04L47/2491H04L49/10H04L49/3045H04L49/358H04L49/70H04L69/22
    • Method, apparatus, and systems for implementing Quality of Service (QoS) within high performance fabrics. A multi-level QoS scheme is implemented including virtual fabrics, Traffic Classes, Service Levels (SLs), Service Channels (SCs) and Virtual Lanes (VLs). SLs are implemented for Layer 4 (Transport Layer) end-to-end transfer of fabric packets, while SCs are used to differentiate fabric packets at the Link Layer. Fabric packets are divided into flits, with fabric packet data transmitted via fabric links as flits streams. Fabric switch input ports and device receive ports detect SC IDs for received fabric packets and implement SC-to-VL mappings to determine VL buffers to buffer fabric packet flits in. An SL may have multiple SCs, and SC-to-SC mapping may be implemented to change the SC for a fabric packet as it is forwarded through the fabric, while maintaining its SL. A Traffic Class may include multiple SLs, enabling request and response traffic for an application to employ separate SLs.
    • 用于在高性能织物中实现服务质量(QoS)的方法,装置和系统。 实现了多级QoS方案,包括虚拟结构,业务类,服务级别(SL),业务信道(SC)和虚拟通道(VL)。 SL针对结构数据包的第4层(传输层)端到端传输实现,而SC用于区分链路层的结构数据包。 Fabric数据包被划分成flits,通过Fabric链路作为flits流传输的Fabric数据包数据。 Fabric交换机输入端口和设备接收端口检测接收到的Fabric数据包的SC ID,并实现SC到VL的映射,以确定VL缓冲区来缓冲Fabric数据包。SL可能有多个SC,SC到SC映射可能是 实现为在Fabric被转发的同时保留其SL,改变Fabric的数据包。 流量类可以包括多个SL,使应用程序能够使用单独SL的请求和响应流量。