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    • 3. 发明申请
    • SHARING BUFFER SPACE IN LINK AGGREGATION CONFIGURATIONS
    • 在链路聚合配置中共享缓冲区空间
    • US20100020818A1
    • 2010-01-28
    • US12179242
    • 2008-07-24
    • Omar CardonaJames B. CunninghamBaltazar De Leon, IIIJeffrey P. Messing
    • Omar CardonaJames B. CunninghamBaltazar De Leon, IIIJeffrey P. Messing
    • H04L29/10
    • H04L49/9036H04L47/41H04L49/90Y02D50/30
    • In link aggregation configurations, a data packet may be copied into a buffer space of a first NIC. Load balancing techniques may determine that the packet should be transmitted by a second NIC. The packet exists in memory that the second NIC cannot access. The data packet is copied into memory accessible to the second NIC or the memory location of the packet is registered with the NIC. A copy penalty is incurred if a packet is copied from a first buffer space to a second buffer space. A registration penalty is incurred if the location within the first buffer space is registered with the second NIC. Functionality can be implemented within a link aggregation configuration to register buffer space shared among interconnected NICs. Sharing of buffer space between interconnected NICs allows any one of the NICs to access data within the shared buffer space without incurring a penalty.
    • 在链路聚合配置中,可以将数据分组复制到第一NIC的缓冲空间中。 负载均衡技术可以确定分组应该由第二NIC发送。 数据包存在于第二个NIC无法访问的内存中。 将数据包复制到第二个NIC可访问的存储器中,或者将该数据包的存储位置注册到NIC。 如果将数据包从第一个缓冲区复制到第二个缓冲区,则会产生复制损失。 如果第一个缓冲空间内的位置与第二个NIC进行了注册,就会产生注册损失。 可以在链路聚合配置中实现功能,以注册在互连NIC之间共享的缓冲区空间。 在互连NIC之间共享缓冲区空间允许任何一个NIC访问共享缓冲区空间内的数据,而不会造成惩罚。
    • 7. 发明授权
    • Virtual network packet transfer size manager
    • 虚拟网络包传输大小管理器
    • US08832685B2
    • 2014-09-09
    • US12825752
    • 2010-06-29
    • Baltazar De Leon, IIIJames B. CunninghamOmar Cardona
    • Baltazar De Leon, IIIJames B. CunninghamOmar Cardona
    • G06F9/455H04L12/46
    • H04L12/4641G06F2009/45595
    • The method determines whether a particular virtual adapter of a virtual network IHS may perform enhanced packet communication transfer of larger sizes than those of physical network IHSs. The method registers each virtual adapter maximum receive unit (MRU) value in an MRU attribute table within a hypervisor virtual switch. The hypervisor virtual switch provides communication pathways for packet transfers between virtual network IHS virtual adapters and also between physical adapters. The method determines if a sending virtual adapter is sending a packet to a receiving virtual adapter that is local or a remote virtual trunk adapter. The method determines if the receiving virtual adapter exhibits a registered MRU value. If the receiving virtual adapter exhibits a registered MRU value, the method provides for larger sizes of packet transfers for those particular packets.
    • 该方法确定虚拟网络IHS的特定虚拟适配器是否可以执行比物理网络IHS更大尺寸的增强的分组通信传输。 该方法在虚拟机管理程序虚拟交换机的MRU属性表中注册每个虚拟适配器最大接收单元(MRU)值。 虚拟机管理程序虚拟交换机为虚拟网络IHS虚拟适配器之间以及物理适配器之间的数据包传输提供通信路径。 该方法确定发送虚拟适配器是否将数据包发送到本地或远程虚拟中继适配器的接收虚拟适配器。 该方法确定接收虚拟适配器是否呈现注册的MRU值。 如果接收虚拟适配器呈现注册的MRU值,则该方法为那些特定分组提供了更大的分组传输大小。
    • 10. 发明申请
    • OBTAIN BUFFERS FOR AN INPUT/OUTPUT DRIVER
    • 用于输入/输出驱动器的获取缓冲器
    • US20100153974A1
    • 2010-06-17
    • US12335612
    • 2008-12-16
    • Omar CardonaJames B. CunninghamBaltazar De Leon, IIIJeffrey P. Messing
    • Omar CardonaJames B. CunninghamBaltazar De Leon, IIIJeffrey P. Messing
    • G06F9/44
    • G06F9/544G06F9/545
    • Disclosed is a computer implemented method, computer program product, and apparatus to obtain buffers in a multiprocessor system. A software component receives a call from an I/O device driver for a buffer, the call including at least one parameter, and walks a bucket data structure to a current bucket. The software component then determines whether the current bucket is free, and obtains a buffer list contained with the current bucket. Responsive to a determination that the current bucket is free, the software component determines whether sufficient buffers are obtained based on the parameter. Upon determining there are sufficient buffers obtained, the software component provides the current bucket and a second bucket as a single buffer list to the I/O device driver.
    • 公开了一种在多处理器系统中获得缓冲器的计算机实现方法,计算机程序产品和装置。 软件组件从缓冲器的I / O设备驱动程序接收呼叫,该呼叫包括至少一个参数,并且将数据桶数据结构移动到当前存储桶。 然后,软件组件确定当前存储桶是否空闲,并获得当前存储桶中包含的缓冲区列表。 响应于确定当前存储桶是空闲的,软件组件基于该参数确定是否获得足够的缓冲区。 在确定获得足够的缓冲器后,软件组件将当前存储桶和第二存储桶作为单个缓冲器列表提供给I / O设备驱动程序。