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    • 3. 发明申请
    • SYSTEM AND METHOD FOR LOAD BALANCING IN COMPUTER NETWORKS
    • 计算机网络中负载均衡的系统与方法
    • US20150281089A1
    • 2015-10-01
    • US14230045
    • 2014-03-31
    • SANDVINE INCORPORATED ULC
    • Michael MARCHETTI
    • H04L12/803H04L12/741
    • H04L47/125H04L45/74
    • A method and system for load balancing are provided. The method includes: receiving a tunnel frame from a traffic flow; determining whether the tunnel frame is one of a plurality of frames from a packet; if the frame is one of a plurality of frames, reassembling the plurality of frames associated with the packet to determine an inner IP header; load balancing the packet based on the inner IP header; and applying traffic policies to the packet. The system has: a traffic interface configured to receive a tunnel frame from the traffic flow; a subscriber load balancer configured to determine whether the tunnel frame is one of a plurality of frames from a packet; at least one IP reassembly engine configured to reassemble the plurality of frames associated with the packet to determine an inner IP header; and at least one flow policy engine configured to load balance the packet based on the inner IP header; and apply traffic policies to the packet.
    • 提供了负载平衡的方法和系统。 该方法包括:从业务流接收隧道帧; 确定所述隧道帧是否是来自分组的多个帧中的一个; 如果所述帧是多个帧中的一个,则重新组合与所述分组相关联的所述多个帧以确定内部IP报头; 基于内部IP头负载平衡数据包; 并对数据包应用流量策略。 该系统具有:流量接口,被配置为从业务流接收隧道帧; 用户负载平衡器,被配置为确定所述隧道帧是否是来自分组的多个帧中的一个; 至少一个IP重新组装引擎被配置为重新组合与所述分组相关联的所述多个帧以确定内部IP报头; 以及至少一个流策略引擎,被配置为基于所述内部IP头来负载平衡所述分组; 并对数据包应用流量策略。
    • 4. 发明申请
    • SYSTEM AND METHOD FOR MANAGING BITRATE ON NETWORKS
    • 用于管理网络上的双核的系统和方法
    • US20140334302A1
    • 2014-11-13
    • US13889420
    • 2013-05-08
    • SANDVINE INCORPORATED ULC
    • Scot LOACH
    • H04L12/823
    • H04L47/32
    • A method and system for managing bitrate of network traffic are provided. The method for managing bitrate of network traffic includes: receiving a packet; retrieving metadata from the packet and associating the packet with at least one traffic aggregate; determining a drop rate for the at least one traffic aggregate based on network flow data; and determining, based on the drop rate and the metadata, to forward or drop the packet. The system includes a packet processing module configured to receive a packet; a deep packet inspection module configured to retrieve metadata from the packet and associate at least on traffic aggregate with the packet; a control module configured to determine a drop rate for the at least one traffic aggregate based on network flow data; and a policy decision module configure to determine whether to forward or drop the packet based on the drop rate and the metadata of the packet.
    • 提供了一种用于管理网络流量的比特率的方法和系统。 用于管理网络流量的比特率的方法包括:接收分组; 从所述分组检索元数据并将所述分组与至少一个业务聚合相关联; 基于网络流数据确定所述至少一个业务聚合的丢弃率; 以及基于所述丢弃率和所述元数据来确定所述分组的转发或丢弃。 该系统包括配置成接收分组的分组处理模块; 深度分组检查模块,被配置为从所述分组检索元数据并且至少使所述分组的业务聚合; 控制模块,被配置为基于网络流数据确定所述至少一个业务聚合的丢弃率; 以及策略决定模块,被配置为基于所述分组的丢弃率和元数据来确定是否转发或丢弃所述分组。
    • 9. 发明授权
    • System, apparatus and method for supporting multiple-interfaces for optical fiber communication
    • 支持光纤通信多接口的系统,装置和方法
    • US09497518B2
    • 2016-11-15
    • US14538157
    • 2014-11-11
    • SANDVINE INCORPORATED ULC
    • Jason Alexander Mills
    • H04B10/40H04Q11/00
    • H04Q11/0003H04B10/40H04Q2011/0007H04Q2011/0037
    • A multiple-interface apparatus, and networking device including: a plurality of system side lanes configured to connect to an electrical signal source; and a plurality of line side lanes, wherein the number of the plurality of line side lanes matches the number of the plurality of system side lanes, including: a first set of line side lanes configured to connect to a first optical transceiver module; and a second set of line side lanes configured to connect to a second optical transceiver module; a mode selector module configured to transmit the electrical signal to the first optical transceiver module on the first set of line side lanes or the second optical transceiver module on the second set of line side lanes; and an adaptation module to adapt the electrical signal for at least one of the first or second set of line side lanes.
    • 一种多接口设备和网络设备,包括:多个系统侧通道,被配置为连接到电信号源; 以及多个行侧通道,其中所述多个行侧通道的数量与所述多个系统侧通道的数量相匹配,包括:第一组线路侧通道,被配置为连接到第一光收发器模块; 以及第二组线路通道,其被配置为连接到第二光收发器模块; 模式选择器模块,被配置为将电信号发送到第一组线路侧车道上的第一光收发器模块或第二组线路侧车道上的第二光收发器模块; 以及适配模块,用于使电信号适应于第一组或第二组线路侧通道中的至少一个。