creating_datasets_for_fingerprinting
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creating_datasets_for_fingerprinting [2022/11/02 13:59] – [Launching the programs] christiandc | creating_datasets_for_fingerprinting [2022/11/09 12:15] (current) – christiandc | ||
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- | #Creating a dataset for fingerprintinp | + | #Creating a dataset for fingerprinting |
The objective of this tutorial is to create a non biased dataset for transmitter identification. By fixing the reciever on a robot, the distance and the canal is constantly and randomly changing, forcing the deep learning process to learn on the RF fingerprints. This tutorial explains how to use FIT/ | The objective of this tutorial is to create a non biased dataset for transmitter identification. By fixing the reciever on a robot, the distance and the canal is constantly and randomly changing, forcing the deep learning process to learn on the RF fingerprints. This tutorial explains how to use FIT/ | ||
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< | < | ||
- | thomas@srvairlock: | + | username@srvairlock: |
</ | </ | ||
- | All the radios present in the scenario are succesivly sending packets to the robot. You can check thath everything is fine by doing : | + | All the radios present in the scenario are succesivly sending packets to the robot. You can check that everything is fine by doing : |
< | < | ||
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## Gathering the results | ## Gathering the results | ||
+ | To gather the results, at the end of the emissions we used a USB stick to collect the results directly from the computer of the robot. Copy and paste all the files under the format : | ||
+ | < | ||
+ | re_00_[number du node] and im_00_[number of node]</ | ||
+ | |||
+ | |||
+ | Congratulations, |
creating_datasets_for_fingerprinting.1667393972.txt.gz · Last modified: 2022/11/02 13:59 by christiandc