|Theme||XXL products, Production planning|
|Project title||Disruption management in individual and small series assembly of large-scale products (StoMaXXL)|
|Project duration||01.11.2020 – 31.10.2023|
The aim of the research project is to develop an innovative disruption management system for site assembly, in particular for individual and small batch assembly of large-scale products.
As a basis for the innovative disruption management, a database will be created that contains information on frequently occurring disruptions. A software demonstrator will then be developed to support companies in eliminating occurring disruptionsquickly and accurately.
If an employee enters a new disruptioninto the system, the software demonstrator identifies related disruptionsusing a multi-stage similarity search and automatically suggests suitable measures to rectify the fault.
Publications about the project
During the assembly of large-scale products, disruptions often occur. To reduce these disruptions, a straightforward approach to their systematic processing is needed. This should automatically identify similar disruptions and independently suggest sensible corrective measures. For this, the disruptions are first collected and characterized and a model for practical information flows is created. Then, in a multi-stage similarity search, similar disruptions are identified, and suitable corrective measures are derived.
Disruption management, single and small batch assembly, large scale products, similarity search