8th Int. Workshop on Model-Driven Requirements Engineering, BanffAB, Kanada

Abbrevation

MoDRE

Link

http://www.modre2018.ece.mcgill.ca/

City

BanffAB

Country

Canada

Deadline Paper

2018-06-12

Start Date

2018-08-20

End Date

2018-08-20

Abstract

The 8th International Model–Driven Requirements Engineering (MoDRE) workshop continues to provide a forum to discuss the challenges of Model–Driven Development (MDD) for Requirements Engineering (RE). Building on the interest of MDD for design and implementation, RE may benefit from MDD techniques when properly balancing flexibility for capturing varied user needs with formal rigidity required for model transformations as well as high–level abstraction with information richness. MoDRE seeks to explore those areas of requirements engineering that have not yet been formalized sufficiently to be incorporated into a model–driven development environment as well as how requirements engineering models may benefit from emerging topics in the model–driven community, such as flexible modeling or collaborative modeling. This workshop intends to identify new challenges, discuss on–going work and potential solutions, analyze the strengths and weaknesses of MDD approaches for RE, foster stimulating discussions on the topic, and provide opportunities to apply MDD approaches for RE. For more information, see the complete CFP at http://www.modre2018.ece.mcgill.ca/cfp.htm … contact the organizers at modre2018–info at cs.mcgill.ca. TOPICS Submissions are welcome in all workshop topics including (but not limited to) the following: * Modeling languages and metamodels for requirements engineering approaches. * Modeling languages and metamodels for supporting separation of concerns in requirements models. * Modeling languages and metamodels for non–functional requirements. * Modeling languages and metamodels for requirements engineering for specific domains, such as cyber–physical systems or Big Data applications. * Synchronicity and consistency of different requirements models and views. * Requirements models at runtime. * Automatic analysis of requirements models. * Automatic generation of tools for requirements engineering using MDD. * Traceability and correctness of model transformations involving requirements models. * Empirical studies on model–driven requirements engineering. * Simulation of requirements models. Flexible and collaborative modeling in requirements engineering. * Requirements models for simplicity and complementarity. Moreover, industry papers covering topics such as the following are highly welcome: * Industry problems and practices about model–driven requirements engineering. * Success stories about adopting model–driven requirements engineering in industry. * Industrial empirical studies on model–driven requirements engineering.