Path optimization in multi-node virtual switch with orphan ports
    1.
    发明授权
    Path optimization in multi-node virtual switch with orphan ports 有权
    具有孤立端口的多节点虚拟交换机中的路径优化

    公开(公告)号:US09219687B2

    公开(公告)日:2015-12-22

    申请号:US13839159

    申请日:2013-03-15

    CPC classification number: H04L47/12 H04L45/66 H04L49/70

    Abstract: Embodiments provide techniques for optimizing paths in a network environment with a virtual network device that includes a first physical network device and a second physical network device, connected using a virtual network device layer link. Embodiments receive a first data packet belonging to a first data flow, at the first physical network device, from the second physical network device, over the virtual network device layer link. An adjacent network device from which the second physical network device received the first data packet is determined. Embodiments also determine one or more links connecting the first physical network device and the adjacent network device. A network message is transmitted to the adjacent network device, where the adjacent network device is configured to transmit subsequent data packets from the first data flow to the virtual network device, using only the determined one or more links, responsive to receiving the network message.

    Abstract translation: 实施例提供了利用包括使用虚拟网络设备层链路连接的第一物理网络设备和第二物理网络设备的虚拟网络设备来优化网络环境中的路径的技术。 实施例通过虚拟网络设备层链路从第二物理网络设备接收属于第一物理网络设备的第一数据流的第一数据包。 确定第二物理网络设备从其接收到第一数据分组的相邻网络设备。 实施例还确定连接第一物理网络设备和相邻网络设备的一个或多个链路。 将网络消息发送到相邻网络设备,其中相邻网络设备被配置为仅响应于接收到该网络消息而使用所确定的一个或多个链路,将后续数据分组从第一数据流发送到虚拟网络设备。

    PATH OPTIMIZATION IN MULTI-NODE VIRTUAL SWITCH WITH ORPHAN PORTS
    2.
    发明申请
    PATH OPTIMIZATION IN MULTI-NODE VIRTUAL SWITCH WITH ORPHAN PORTS 有权
    多通道虚拟开关与ORPAN PORTS的路径优化

    公开(公告)号:US20140269329A1

    公开(公告)日:2014-09-18

    申请号:US13839159

    申请日:2013-03-15

    CPC classification number: H04L47/12 H04L45/66 H04L49/70

    Abstract: Embodiments provide techniques for optimizing paths in a network environment with a virtual network device that includes a first physical network device and a second physical network device, connected using a virtual network device layer link. Embodiments receive a first data packet belonging to a first data flow, at the first physical network device, from the second physical network device, over the virtual network device layer link. An adjacent network device from which the second physical network device received the first data packet is determined. Embodiments also determine one or more links connecting the first physical network device and the adjacent network device. A network message is transmitted to the adjacent network device, where the adjacent network device is configured to transmit subsequent data packets from the first data flow to the virtual network device, using only the determined one or more links, responsive to receiving the network message.

    Abstract translation: 实施例提供了利用包括使用虚拟网络设备层链路连接的第一物理网络设备和第二物理网络设备的虚拟网络设备来优化网络环境中的路径的技术。 实施例通过虚拟网络设备层链路从第二物理网络设备接收属于第一物理网络设备的第一数据流的第一数据包。 确定第二物理网络设备从其接收到第一数据分组的相邻网络设备。 实施例还确定连接第一物理网络设备和相邻网络设备的一个或多个链路。 将网络消息发送到相邻网络设备,其中相邻网络设备被配置为仅响应于接收到该网络消息而使用所确定的一个或多个链路,将后续数据分组从第一数据流发送到虚拟网络设备。

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