# ARC — International Symposium on Applied Reconfigurable Computing

- **Submission deadline**: 2021-03-15
- **Notification date**: 2021-04-16
- **Conference date**: 2021-06-29
- **Location**: Rennes, France
- **Conference Partner Index**: 48.6/100 (ranked #1888, confidence 0.45, algorithm 1.1) — how this is computed: https://www.myhuiban.com/ranking
- **Trackers**: 1
- **Attendees**: 0
- **Canonical page**: https://www.myhuiban.com/conference/1803

## Call for papers

Scope Reconfigurable Computing (RC) has made its way into almost any area of computing. After decades of research, it has shown its potential and benefits in many application domains ranging from High Performance Computing (HPC) to embedded systems, from security to signal processing. Yet, there are still many open research questions: What is the optimal architecture for a particular application domain and how can we find it? How can we map applications to RC architectures? How can we model different application domains? What are the consequences of new technologies for RC architectures and tools? ARC aims at bringing together researchers and practitioners of reconfigurable computing with an emphasis on practical applications of this promising technology. The symposium will have a number of international invited speakers who will share their views on the future of reconfigurable technology. Topics of Interest Contributions within (but not limited to) the following topics related to applied reconfigurable computing are very welcome: Design Methods & Tools High-level Languages & Compilation Simulation & Synthesis Estimation Techniques Design Space Exploration Run Time Systems & Virtualization Applications Security & Cryptography Time Sensitive/Critical Networks Big Data, HPC, Event Processing Embedded Computing & DSP Robotics, Space, Bioinformatics, Automotive Safety & Mission Critical Systems Deep Learning & Neural Networks Trends (in) Teaching RC Surveys and Future Trends Benchmarks Emerging Technologies Cyberphysical Systems Architectures Self-adaptive, evolvable Heterogeneous & Embedded MPSoCs Low-Power Designs Approximate Computing Fine-/Coarse-/Mixed-grained Interconnect (NoCs, …) Resilient & Fault Tolerant Close-to-Sensor & Close-to-Memory computing

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