Data repository for the paper: "An experimentable digital twin scenario for the simulation of cable yarding systems"

This archive includes, the conceptual Digital Twin (DT) models "DT forest" and "DT cable yarder" (fml40), used for the simulation setup and as working basis for further developments. Additional software-code (Python) is provided as example of how to create the scenario-related "DT forest"-based JSON file from a provided csv table and based on the fml40 structures presented. This step is needed to connect the DTs and their attributes following the structures previously defined in fml40 format.

Organizational unit: BFH - Multifunctional forest management

Type: Dataset

DOI: 10.34914/olos:d7bvl4hcznhjpdz44gwdu4bneu

License: Creative Commons Attribution 4.0 International

Keywords: Digital Twin, fml40, DT forest, Python

Publication date

18/12/2024

Retention date∞

Access levelPublic

SensitivityBlue

Contract on the use of data

License

Contributors

Starke, Michael

Wahl, Arthur

Schinke, Lennart

Dietsch, Patrick

Sforza, Francesco

Rossmann, Jürgen

Schluse, Michael

Ziesak, Martin

Files

7 Files (827.8 KB)

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Additional software-code (Python) is provided as example of how to create the scenario-related "DT forest"-based JSON file from a provided csv table and based on the fml40 structures presented. This step is needed to connect the DTs and their attributes following the structures previously defined in fml40  format.</datacite:description>
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Metadata version: 3.1

Disposal approval: Yes

Retention expiration: 18/12/2024 00:00:00

Created: 27/06/2025 06:41:51

Deposit: Data repository for the paper: "An experimentable digital twin scenario for the simulation of cable yarding systems"

Deposit creation

Deposit approval: 27/06/2025 06:41:48

SIP: Data repository for the paper: "An experimentable digital twin scenario for the simulation of cable yarding systems"

AIP: Data repository for the paper: "An experimentable digital twin scenario for the simulation of cable yarding systems"

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Data repository for the paper: "An experimentable digital twin scenario for the simulation of cable yarding systems"

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