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Introduction

he Sixth 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 success of MDD for design and implementation, RE can 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 (e.g., requirements elicitation, mapping from requirements to architectural design models or from business to requirements models, collaborative requirements engineering, requirements sketching, as well as requirements negotiation and prioritization). Reuse of requirements models and management of requirements at runtime become distinct possibilities with MDD and model transformations. This workshop intends to identify new challenges, discuss ongoing 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.

The workshop is co-located with the 24th IEEE International Requirements Engineering Conference (RE 2016) in Beijing, China, in September 2016. Accepted papers will become part of the workshop proceedings and will be submitted for inclusion into the IEEE Digital Library.

Call for paper

Submission Topics

  • Modeling languages and metamodels for requirements engineering approaches

  • Modeling languages and metamodels for supporting separation of concerns in requirements models in the context of model transformations

  • Modeling languages and metamodels for requirements reuse

  • Modeling languages and metamodels for requirements engineering for specific domains, such as real-time or robotic systems

  • Ensuring synchronicity and consistency of different requirements models using model transformations

  • Using requirements models at runtime to govern system execution

  • Automatic analysis of requirements models using model transformations (e.g., metrics calculations)

  • General transformation schemes or guidelines which allow the development of automatic model transformations for requirements engineering

  • Traceability and correctness of model transformations involving requirements models

  • Evaluation of model-driven requirements engineering (e.g., with empirical studies or industry papers)

  • Simulation of requirements models

  • Model-driven requirements engineering in industry

  • Industry problems and practices

  • Success stories about adopting model-driven requirements engineering in industry

  • Industrial empirical studies

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Important Date
  • Sep 12

    2016

    Conference Date

  • Sep 12 2016

    Registration deadline