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    • 2. 发明申请
    • HIGH-AVAILABILITY NETWORK SYSTEMS
    • 高可用性网络系统
    • WO2007051580A2
    • 2007-05-10
    • PCT/EP2006010416
    • 2006-10-30
    • PACKETFRONT SWEDEN ABLUNDSTROEM MAGNUSOEMAN ANDREASSKAERE TOMAS
    • LUNDSTROEM MAGNUSOEMAN ANDREASSKAERE TOMAS
    • H04L41/06H04L41/0654
    • One aspect of the invention comprises a method of operating a network for providing services to subscribers, the network including a configuration system comprising : a core system comprising primary and secondary cores, each core being separately capable of controlling operation of the system; at least one cell connected to the core system; and at least one network element connected to the cell, each network element supporting a number of subscribers for provision of the services; the method comprising: operating the configuration system using the primary core; monitoring operation of the primary core for a failure event preventing the primary core from properly controlling operation of the configuration system; on detection of a failure event, transferring control of operation of the configuration system to the secondary core; following correction of the failure event such that the primary core again becomes capable of properly controlling operation of the configuration system, configuring the secondary core such that it is no longer modified and synchronising the configuration of the primary core with the configuration of the secondary core; and transferring operation of the system back to the primary core.
    • 本发明的一个方面包括操作网络以向用户提供服务的方法,所述网络包括配置系统,该配置系统包括:包括主核和次核的核心系统,每个核分别能够控制系统的操作; 连接到所述核心系统的至少一个小区; 以及连接到所述小区的至少一个网元,每个网元支持多个订户以提供所述服务; 所述方法包括:使用所述主芯操作所述配置系统; 监控主核心的故障事件,防止主核心正确控制配置系统的运行; 在检测到故障事件时,将配置系统的操作控制转移到次级核心; 在故障事件的校正之后,使得主核再次变得能够适当地控制配置系统的操作,配置次级核心使其不再被修改并且使主核心的配置与次级核心的配置同步; 并将系统的操作返回到主核心。
    • 7. 发明专利
    • SE0203190L
    • 2004-05-01
    • SE0203190
    • 2002-10-30
    • PACKETFRONT SWEDEN AB
    • OEMAN ANDREAS
    • H04L45/74H04L12/56
    • The invention relates to a router or switch in a broadband network operating through packet flow forwarding. The router provides a CPU switched software flow ( 12 ) and a hardware switched accelerated flow ( 10 ) in accordance with Hierarchical Flow Forwarding (HEF) by utilizing a mutual flow table ( 20 ) partitioned into at least a hardware part ( 22 ), an intermediate part ( 24 ) and a software part ( 26 ) for flow forwarding. The table is examined on a regular basis determined by a time period, and sorted by the ratio of number of packets per time period. It is filled up with the highest ratios in the hardware part ( 22, 22 a), the intermediate ratios in the intermediate part ( 24, 22 a, 26 a) and the lowest ratios in the software part ( 26 ). Those packet flows that qualified for the intermediate flow ( 22 a, 26 a) in a previous examining remain in their memory space if they still qualify for the intermediate part ( 24 ). This prevents the exchange between memory spaces ( 22 a, 26 a) within the intermediate part of the table relieving the CPU from this workload.