Network performance abnormity detection and positioning method based on matrix differential decomposition
A positioning method and network performance technology, applied in the field of network communication, can solve problems such as inability to determine the location of the fault point, high computational complexity, and high deployment cost, and achieve the effects of easy deployment, accurate detection, and low computational complexity
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[0031] 2.1 Test environment deployment and establishment of RTT performance matrix
[0032] exist figure 1 In the shown network, there are 15 routers in total; among them, R1, R2 and R3 are border routers, and the other 12 nodes (n1-n12) are internal routers. The parameters are set as follows: assign an IP address to each router port; set the bandwidth of each link to 10Mbps; use Open Shortest Path First (OSPF) as the routing protocol; inject a 1Mbps network into the network every 5 seconds. UDP Poisson flow as background flow etc. To facilitate RTT measurement and collection, RTT measurement program middleboxes M1-M3 are respectively deployed in border routers R1-R3.
[0033]After starting the network and the measurement program, the RTT value of the corresponding time period is collected to construct the RTT performance matrix. In this network, there are three border routers, so 6 RTT values can be obtained; we sample continuously in T periods, then the RTT performance ...
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