Folowing types of tracks:<br>Track A – Industrial, Students or Hackers presentations, with focus on industrial or hackers projects/applications selected by the Industrial Program Committee. Hackers can have a demonstration in the hacker’s corner and/or a presentation.<br>Track B – Academic presentations of academic papers selected by the Academic Programme Committee. Academic papers accepted for publication will be published by the ACM Digital Libraries.<br>Track C – Product presentations.<br>Track D – Industrial and academic tutorials<br>DESIGN METHODS – models and practices<br>Project methodology, models and practices<br>System Specifications, Models and Methodologies<br>System Modeling, Simulation and Validation<br>System Design, Synthesis and Optimization<br>Hardware/Software co–design<br>High–Level Synthesis<br>(Co–)Processor Synthesis<br>Architectural and Micro–Architectural Design<br>Reconfigurable Computing<br>IP Integration – models and practices<br>Security, Reliability and Fault Tolerance<br>Logic Synthesis, Power and Timing Analysis<br>Formal methods, Verification and validation<br>Board layout and verification<br>TOOLS<br>New Design Tools and Languages<br>Synthesis, Compilers, C–to–Hardware<br>Tool integration, Co–simulation, Hardware–in–the–loop testing<br>Design, modeling, implementation, verification and validation<br>Instrumentation, monitoring, testing, debugging etc<br>HW/SW IP COMPONENTS<br>IP component design<br>Interface/protocol design: supporting modularity<br>New IP components for platforms and applications<br>Real–time operating systems<br>File systems, USB/Internet communication etc<br>EMBEDDED SOFTWARE<br>Embedded Software Architectures<br>Compilers and Software Synthesis for Embedded Systems<br>HW/SW architectures, Custom Instructions<br>Real–time, Networked and Dependable Systems<br>Model–Based Design and Verification for Embedded Systems<br>EMBEDDED PLATFORM ARCHITECTURES<br>Embedded System Platforms<br>Single, Multi–, Many–core architectures<br>Networks–on–Chip<br>Memory hierarchy, Memory architectures<br>Reconfigurable architectures<br>Course–grained reconfigurable architectures<br>Low power architectures<br>APPLICATIONS AND CASE STUDIES<br>Case studies from users in industry (academic and students will be highly prioritized)<br>HW/SW component presentations<br>Prototyping<br>Student work and projects<br>SURVEYS, TRENDS AND EDUCATION<br>Emerging technologies, Systems and Applications<br>History and surveys of reconfigurable logic<br>Tutorials<br>
City
Stockholm
Country
Sweden
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