Detecting and analyzing patterns in supply chain behavior. International journal of simulation and process modeling, (2)3/4: 198-209
International journal of simulation and process modeling • 2006
Publication Information
Authors
Rabelo, L., Helal, M., Dawson, J., Moraga, R.
Keywords
SCM; system dynamics; SD; neural networks; eigenvalue analysis
Journal
International journal of simulation and process modeling
Publisher
Not Available
Volume
2
Issue
3/4
Pages
198-209
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
Using outputs of a supply chain system dynamics model, neural networks’ pattern recognition capabilities and eigen value analysis are utilised to detect and analyse behavioural changes in the supply chain and predict their impact in the short- and long-term horizons on performances. Neural networks are used to detect changes in the supply chain behaviour at a very early stage of their occurrence so that an enterprise would have enough time to respond and counteract any unwanted situations. Then, the principles of stability and controllability are used to apply and make modifications to the information and material flows to avoid undesirable behaviours.
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