Designing Adaptive Systems with Run-Time Reconfigurable Architectures

Important results from the project

Run-time reconfigurable FPGAs combine the flexibility of software with the efficiency of hardware. However, this technology´s huge potential remains largely untapped due to the lack of supporting design methodologies. The project has fulfilled the goal of conducting a feasibility study and proposed a systematic design flow for dynamic adaptive real-time systems with reconfigurable architectures. The feasibility study focused on the central parts and is based on the ForSyDe design methodology.

Expected long term effects

The project has led to increased understanding of the design of reconfigurable systems; both for academia in terms of industrial needs and challenges, and for industry in terms of opportunities for how new tools and methods can complement and streamline today´s system design process. During the project, common industry needs have been identified. This is important for future choices of methodology and tools, which thus have greater potential for broad acceptance within international industry.

Approach and implementation

The project followed a well-developed project plan that combined experience and results from previous projects with new challenges. ITA showed great interest in the ForSyDe design methodology and contributed significantly in configurable circuits. Project goals were linked to internationally recognized research agendas and long-term goals. The groups´ long-standing relationship and common view of the challenges made it possible to work efficiently and react agilely to changing conditions.