Search for dissertations about: "agile requirements engineering"
Showing result 1 - 5 of 27 swedish dissertations containing the words agile requirements engineering.
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1. Managing Human Factors and Requirements in Agile Development of Automated Vehicles: An Exploration
Abstract : Context: Automated Vehicle (AV) technology has evolved significantly in complexity and impact; it is expected to ultimately change urban transporta- tion. However, research shows that vehicle automation can only live up to this expectation if it is defined with human capabilities and limitations in mind. READ MORE
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2. Requirements Engineering Challenges of Supporting Agile Teams in System Development
Abstract : Context: Agile methods have attracted many companies due to their reported benefits of short time-to-market and improved quality outputs. In the systems development context, additional constraints apply e.g. as a result of scale or parallel development of hardware and software. READ MORE
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3. System Capability Feedback-Cycles in Automotive Software Development
Abstract : Context: The automotive industry is currently going through rapid change, driven by new technology; for example, electrification, autonomous driving, and connected cars. This new technology is largely based on electronics and software, and vehicles are increasingly becoming software-intensive systems. READ MORE
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4. Continuous Management of Artifacts and Traceability in Large-Scale Agile Systems Engineering
Abstract : Context: In large-scale systems engineering, a large number of requirements, models, and other artifacts is created, used, and maintained by many stakeholders. When adopting agile methods and trying to reduce unnecessary documentation, companies need to reevaluate how to manage both artifacts and traceability between them. READ MORE
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5. Incremental and Hierarchical Deadlock-Free Control of Discrete Event Systems with Variables: A Symbolic and Inductive Approach
Abstract : Today's industry trend towards agile product development cycles and the ambition to shorten the time-to-market, represents an extremely competitive marketplace. This has driven the industry to use very complex and highly flexible manufacturing systems. READ MORE