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    • 6. 发明授权
    • Efficient software-based private VLAN solution for distributed virtual switches
    • 用于分布式虚拟交换机的高效的基于软件的私有VLAN解决方案
    • US08824485B2
    • 2014-09-02
    • US13621219
    • 2012-09-15
    • Amitabha BiswasJohn BuswellDayavanti G. KamathJayakrishna KidambiVijoy PandeyDorit Rond
    • Amitabha BiswasJohn BuswellDayavanti G. KamathJayakrishna KidambiVijoy PandeyDorit Rond
    • H04L12/56
    • H04L12/4641H04L49/70
    • Packet processing logic of a host system's virtualization manager detects packets on the ingress or the egress path to/from a virtual port having three bitmap arrays for processing packets within a virtual local area network (VLAN). The logic checks the VLAN identifier (VID) of the packet to determine, based on an offset position within the corresponding bitmap array, whether the port supports the VLAN. Both the ingress array offset position and egress array offset positions correspond to the value of the VID, and are set within the specific bitmap array during configuration of the VLAN on the port. When the VLAN is supported by the port, the logic enables the packet to be processed by the port. Otherwise, the logic discards the packet. A strip bitmap array indicates when a packet's VID should be removed prior to forwarding the packet on the egress of a port (or destination port).
    • 主机系统的虚拟化管理器的数据包处理逻辑检测来自具有三个位图阵列的虚拟端口的入口或出口路径上的数据包,以处理虚拟局域网(VLAN)内的数据包。 该逻辑检查数据包的VLAN标识符(VID),以根据相应位图阵列中的偏移位置确定端口是否支持VLAN。 入口阵列偏移位置和出口阵列偏移位置对应于VID的值,并且在端口上配置VLAN期间设置在特定位图阵列内。 当端口支持VLAN时,该逻辑使该端口能够处理该数据包。 否则,逻辑丢弃数据包。 条带位图数组指示在端口(或目的地端口)的出口上转发数据包之前应该删除数据包的VID。
    • 9. 发明申请
    • METHOD AND APPARATUS FOR SWITCHING TRAFFIC BETWEEN VIRTUAL MACHINES
    • 用于在虚拟机之间切换交通的方法和装置
    • US20110103389A1
    • 2011-05-05
    • US12611152
    • 2009-11-03
    • Jayakrishna KidambiVijoy PandeyMike Browne
    • Jayakrishna KidambiVijoy PandeyMike Browne
    • H04L12/56H04L12/66
    • H04L45/586
    • Systems and methods for switching traffic include a physical machine running source and destination virtual machines (VMs). The source VM issues a data unit addressed to the destination VM. The physical machine has a physical network interface in communication with the VMs. The physical network interface transmits a sub-packet, which includes a partial portion of the data unit, over a network while a majority portion of the data unit remains at the physical machine. A network switch on the network receives the sub-packet transmitted by the physical network interface. The network switch performs one or more OSI Layer 2 through Layer 7 switching functions on the sub-packet and returns that sub-packet to the physical network interface. The physical network interface identifies the data unit stored in the memory in response to the sub-packet returned from the network switch and forwards the identified data unit to the destination VM.
    • 用于切换流量的系统和方法包括运行源和目标虚拟机(VM)的物理机器。 源VM发出寻址到目标VM的数据单元。 物理机器具有与VM通信的物理网络接口。 物理网络接口通过网络发送包括数据单元的部分部分的子分组,而数据单元的大部分部分保留在物理机器上。 网络上的网络交换机接收物理网络接口发送的子包。 网络交换机在子包上执行一个或多个OSI第2层到第7层交换功能,并将该子包返回到物理网络接口。 物理网络接口响应于从网络交换机返回的子分组来识别存储在存储器中的数据单元,并将识别的数据单元转发到目的地VM。