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XIVT
eXcellence In Variant Testing
Project description
Within the XIVT project, a method and toolchain will be defined for testing highly configurable, variant-rich embedded systems in the automotive, rail, telecommunication and industrial production domains. This will enable a highly effective, cost-efficient quality assurance, allowing the shift to autonomous, flexible and adaptive applications. The method is founded on a knowledge-based analysis of requirements formulated in natural language, and a model-based test generation at product-line level. It is expected that XIVT methods will result in higher test coverage, more flexible processes of higher quality and better products.
Canada
Germany
EKS InTec GmbH
Germany
Expleo Germany GmbH
Germany
Fraunhofer FOKUS
Germany
Model Engineering Solutions GmbH
Germany
Portugal
WinTrust
Portugal
Sweden
ABB AB AB
Sweden
Addiva AB
Sweden
ALSTOM Rail Sweden AB
Sweden
Mälardalen University
Sweden
Percepio AB
Sweden
Türkiye
Project publications
- XIVT Project results leaflet Project Leaflet 11 May 2023 Download
- Country Focus: Canada Magazine article Issue 37 (November 2020) Download
- QA Consultants Magazine article Issue 37 (November 2020) Download
- Cyber Security & Cloud Expo 2021 Magazine article Issue 40 (November 2021) Download
- ITEA XIVT Exploitable Results by Third Parties Exploitable Results 17 February 2022
- Enhancing collaboration with Canada News item 30 September 2019
- Promising results using NLP and machine learning to automate variability and reuse analysis at Bombardier Transportation News item 20 May 2020
- The ITEA XIVT project shares future developments in embedded systems via its Variant Testing podcast News item 10 December 2020
- Validation of the HD map data for autonomous vehicle navigation News item 05 December 2021
- Software Product Line Adoption in Industry: Challenges and Opportunities News item 25 November 2021
- Six ITEA projects showcased at the Cyber Security & Cloud Expo 2021 News item 30 November 2021
Work package documents
- D2.5 Test optimization methodology for product variants_ final version.pdf Work package document 26 February 2022
- D2.6 Test optimization tool set - Final version.pdf Work package document 29 March 2022
- D3.1 State-of-the-art report on requirements-based variability modelling and abstract test case generation Work package document 05 November 2019
- D3.2 Tools for modelling variability for testing and generation of abstract test cases from variability models Work package document 31 January 2020
- D3.3.1 Tool for variant selection and test case instantiation Work package document 30 October 2020
- D3.3.2 Tool for assessment of test suite quality.pdf Work package document 30 October 2020
- D3.4 Tool for fault and attack injection in variant and configurable systems Work package document 30 October 2020
- D3.5.1 Report on optimal test effort distribution Work package document 31 October 2020
- D3.5.2 Report on the methodology for the construction of testing models Work package document 30 October 2020
- D3.6 Test Execution Framework Work package document 31 October 2020
- D3.7 Recommendations for homologation and certification of multi-variant and configurable safety-critical systems.pdf Work package document 29 January 2022
- D3.8 Report on methods for security testing for variant and configurable systems.pdf Work package document 17 February 2022
- D4.2: HIGH LEVEL PLATFORM ARCHITECTURE - REV 2 Work package document 31 March 2020
- D4.3: INTER SERVICE APIs - FORMAT DEFINITION - REV 1 Work package document 30 April 2020