Difference between revisions of "On ship data traffic"
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** CAN interface of starboard engine: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/raw/canship2-2023-08-11.csv.gz (26 MB, 156.3 MB unzipped) | ** CAN interface of starboard engine: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/raw/canship2-2023-08-11.csv.gz (26 MB, 156.3 MB unzipped) | ||
** NMEA 0183 interface: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/raw/devserialbyidusb1a86USB20Serialif00port0-2023-08-11.csv.gz (13 MB, 58.1 MB unzipped) | ** NMEA 0183 interface: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/raw/devserialbyidusb1a86USB20Serialif00port0-2023-08-11.csv.gz (13 MB, 58.1 MB unzipped) | ||
| − | * Decoded data | + | * Decoded data (PostgreSQL database export with INSERT statements and schema creation) |
** Decoded CAN messages from both engines: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/decoded/2023-08-11-ossis_public_can_messages.sql.gz (120 MB, 1.89 GB unzipped) | ** Decoded CAN messages from both engines: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/decoded/2023-08-11-ossis_public_can_messages.sql.gz (120 MB, 1.89 GB unzipped) | ||
** Decoded NMEA 0183 messages: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/decoded/2023-08-11-ossis_public_nmea0183_messages.sql.gz (32 MB, 312.8 MB unzipped) | ** Decoded NMEA 0183 messages: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/decoded/2023-08-11-ossis_public_nmea0183_messages.sql.gz (32 MB, 312.8 MB unzipped) | ||
Revision as of 14:31, 2 April 2024
Contents
Project Description
NMEA 0183, NMEA 2000 and CAN bus data collected on board of the University of Rostock research vessel Limanda on 2023/08/11.
Additional data from 2023/06/06 to 2023/10/04 can be provided and distributed on request.
Contact contributors
Datasets
Data
- Raw data
- NMEA 2000 interface: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/raw/canship0-2023-08-11.csv.gz (56 MB, 326.6 MB unzipped)
- CAN interface of port side engine: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/raw/canship1-2023-08-11.csv.gz (26 MB, 157.3 MB unzipped)
- CAN interface of starboard engine: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/raw/canship2-2023-08-11.csv.gz (26 MB, 156.3 MB unzipped)
- NMEA 0183 interface: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/raw/devserialbyidusb1a86USB20Serialif00port0-2023-08-11.csv.gz (13 MB, 58.1 MB unzipped)
- Decoded data (PostgreSQL database export with INSERT statements and schema creation)
- Decoded CAN messages from both engines: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/decoded/2023-08-11-ossis_public_can_messages.sql.gz (120 MB, 1.89 GB unzipped)
- Decoded NMEA 0183 messages: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/decoded/2023-08-11-ossis_public_nmea0183_messages.sql.gz (32 MB, 312.8 MB unzipped)
- Decoded NMEA 2000 messages: https://opsci.informatik.uni-rostock.de/repos/datasets/ship-limanda/gz/decoded/2023-08-11-ossis_public_nmea2k_messages.sql.gz (93 MB, 1.3 GB unzipped)
KNX
| ID | File | Reference_ID | Author E-Mail | Notes |
|---|---|---|---|---|
| 1 | https://opsci.informatik.uni-rostock.de/repos/datasets/fieldbus-traffic/knx/attack_free_referencedataset_with_seconds_csv.zip | 1 | Simeon Wiedenmann | A log of normal KNX traffic without any attacks in csv / json format
Zip compressed CSV-file 14,3 MB (uncompressed 302,5 MB) CC BY-SA 4.0 (CSV: Line Separator = LF, Enclosing Strings in = ", Field Separator = ; ) Zip compressed JSON-file 20,8 MB (uncompressed 817,7 MB) CC BY-SA 4.0 Due to too low timestamp resolution in our log-mechanisms the time stamps are only accurate to the second, which is unfortunate. However the temporal order of the telegrams still can be determined by the correctly set sequence_number. For telegrams with identical timestamps, those with lower sequence_number happened earlier. |
| 2 | https://opsci.informatik.uni-rostock.de/repos/datasets/fieldbus-traffic/knx/attacks_with_seconds_csv.zip | 1 | Simeon Wiedenmann | A log of KNX traffic with artificially introduced attack telegrams deduced from ID = 1 following this documentation and creation script. Introduced attacks are documented at the bottom of that file and include manipulated hop_count values, new source_addresses, time shifted telegrams, replay attacks, negation attacks and the deletion of telegrams.
Due to too low timestamp resolution in our log-mechanisms the time stamps are only accurate to the second, which is unfortunate. However the temporal order of the telegrams still can be determined by the correctly set sequence_number. For telegrams with identical timestamps, those with lower sequence_number happened earlier. |
| 3 | https://opsci.informatik.uni-rostock.de/repos/datasets/fieldbus-traffic/knx/replay_telegrams.zip
https://opsci.informatik.uni-rostock.de/repos/datasets/fieldbus-traffic/knx/negation_telegrams.zip |
2 and 1 | Simeon Wiedenmann | These zip files contain csv and json versions of tables that contain certain telegrams that have been introduced into ID = 2 (attacks_with_seconds). In case one wants to match sequence_numbers of telegrams from attacks_with_seconds with those from attack_free_referencedataset_with_seconds, the following applies:
-- For attacks of type 4: Table replay_telegrams shows the same telegrams that have been introduced into attacks_with_seconds but with the original sequence_number as in attack_free_referencedataset_with_seconds. -- For attacks of type 5: Table negation_telegrams shows the same telegrams that have been introduced into attacks_with_seconds but with the original sequence_number as in attack_free_referencedataset_with_seconds. |
Other Systems
Do you have any traffic for CAN, Profibus, Foundation Fieldbus, LON, EIA-485, RS-485 or any other fieldbus technology to offer, please contact Simeon Wiedenmann
Licence
All test cases of this benchmark collection are licensed under the Free Culture License CC BY-SA 4.0 (see [1] for more infos). When using individual test cases the test case author as well as this benchmark collection need to be named: e.g. Test Case by <author> published via [2]
CC
BY
SA
