 Datasets and Tools
Dataset for the PAM2011 Paper
The measurement data is used for the submarine cable faults diagnosis paper (Edmond W. W. Chan, Xiapu Luo, Rocky K. C. Chang, Waiting W. T. Fok, and Weichao Li, “Non-cooperative Diagnosis of Submarine Cable Faults,” Proc. PAM 2011, March 2011. [Paper]).
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Dataset for the Loss-pair Measurement
The measurement data is used for the loss-pair paper (Edmond W. W. Chan, Xiapu Luo, Weichao Li, Waiting W. T. Fok, and Rocky K. C. Chang, “Measurement of Loss Pairs in Network Paths,” Proc. ACM/USENIX IMC, November 2010. [Paper]). The data covered 11 targets and 8 sources, total 88 end-to-end paths. Below are the IP addresses of the 11 targets and the links to download the compressed dataset files, each file contains the data for an end-to-end path.
Please note that each archive file is about 25 to 45 MB, and file extracted is around 100MB to 200MB each, total 18GB.
Data Description
The measurement data extracted are in CSV format. Each row of data contains the information of a probe, which consists of a pair of back-to-back packets.
| Field |
Description |
Probe time |
Unix time of the probing packets.
It is the sum of (1) the unix time of the commencement of a 1-minute measurement rounded to the nearest second, and
(2) the difference between the time the first probe injected into the path and that of the current probe. |
| Probe case |
1 => F0xR0, 2 => F0xRR, 3 => F0xR1, 4 => F0xR2, 5 => F0xR3,
6 => FRxR0, 7 => FRxRR, 8 => FRxR1, 9 => FRxR2, 10 => FRxR3,
11 => F1xR0, 12 => F1xRR, 13 => F1xR1, 14 => F1xR2, 15 => F1xR3,
16 => F2xR0, 17 => F2xR1, 18 => F3, 19-25 => Miscellaneous
Please refer to here
for detailed description
|
| RTT1 |
Round-trip delay (in second) of the 1st outgoing packet |
| RTT2 |
Round-trip delay (in second) of the 2nd outgoing packet |
| TTL1 |
Time-to-live value of the packet triggered by the 1st outgoing packet |
| TTL2 |
Time-to-live value of the packet triggered by the 2nd outgoing packet |
| Probe offset |
The difference between the time the first probe injected into the path and that of the current probe. |
|
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