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Predicting and visualising the egg supply chain network in Germany

The network model generates a dataframe as output regarding the estimates of food flows for chicken eggs in Germany on NUTS-3 level according to the selected parameters and a choropleth map for illustrating the distribution of product quantities. The required data for the network model will be obtained from the modelled egg supply chain network data cube and geodata from Eurostat (https://ec.europa.eu/eurostat/de/web/gisco/geodata/reference-data/administrative-units-statistical-units/nuts). The two parameters product and actor are implemented into the network model, wherefore different parameter variations can be simulated.The objective of the present network model is the prediction and visualisation of data obtained by a modelled food supply chain network data cube implemented as a graph.

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Model scope
Field Value
Product Eggs Chicken
Model parameters
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Input Parameter actor: []( STRING), Default: Consumer
Output Parameter outputTable: []( FILE)
Additional Info
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Model Author Filter, Matthias, matthias.filter@bfr.bund.de
Model Author Fuhrmann, Marcel, marcel.fuhrmann@bfr.bund.de
Model Author Ganas, Petra, petra.ganas@bfr.bund.de
Model Creator Ganas, Petra, petra.ganas@bfr.bund.de
Model ID ChickenEgg-SCNM
Model Language Python 3.4.8
ReadMe This model is made available in the FSK-ML format, i.e. as .fskx file. To execute the model or to perform model-based predictions it is recommended to use the software FSK-Lab. FSK-Lab is an open-source extension of the open-source data analytics platform KNIME. To install FSK-Lab follow the installation instructions available at: https://foodrisklabs.bfr.bund.de/fsk-lab_de/. Once FSK-Lab is installed a new KNIME workflow should be created and the FSKX Reader node should be dragged into it. This FSKX Reader node can be configured to read in the given .fskx file. To perform a model-based prediction connect the out-port of the FSKX Reader node with the FSK Simulation Configurator JS node to adjust if necessary input parameters and store this into a user defined simulation setting, After that connect the output port with the input of a FSK Runner node that perform the simulation and look at the results at the node's outport.
Reference Description Dynamic freight flow modelling for risk evaluation in food supply DOI: https://doi.org/10.1016/j.tre.2018.03.002
system:type FSKXModel
Management Info
Field Value
Author Thomas Schueler
Maintainer Thomas Schueler
Last Updated 20 July 2022, 22:51 (CEST)
Created 7 July 2021, 06:46 (CEST)