International Workshop on High Performance and Dynamic Reconfigurable Systems and Networks, Orleans, Frankreich

Abbrevation

DRSN

Link

http://tytra.org.uk/drsn/

City

Orleans

Country

France

Deadline Paper

2018-04-16

Start Date

2018-07-17

End Date

2018-07-19

Abstract

The International Workshop on High Performance & Dynamic Reconfigurable Systems and Networks (DRSN–2018) is intended to serve as a forum and bring together researchers and engineers in both academia and industry to exchange ideas, share experiences, and report original works about all aspects of reconfigurable systems and networks in high–performance systems. The challenges to wider adoption of these technologies, arising out of heterogeneity, programming environments, compilers, and run–time systems are of special interest to this workshop, along with innovations at the architectural level. This workshop is part of the The International Conference on High Performance Computing & Simulation (HPCS 2018, http://hpcs2018.cisedu.info/), and all accepted papers are published with the parent conference proceedings on IEEE. Topics of Interest The DRSN Workshop topics of interest include (but are not limited to) the following: * Heterogeneous High Performance Computing (HHPC) and High performance Reconfigurable Computing (HPRC) Applications – HPC applications on multi/many–core CPUs, GPUs and FPGAs – HHPC and HPRC for Scientific Applications – HHPC and HPRC for Machine Learning and Artificial Intelligence – HHPC and HPRC for Big–Data Applications – FPGAs for Edge Computing and Bump–in–the–Wire * Tools, Languages, Frameworks, Benchmarks, and DSE – Compilation, Programming Languages, and DSLs for HHPC and HPRC – Tools, Frameworks, Design–flows for HHPC and HPRC – VMs, Middleware, Run–time and Operating Systems for HHPC & HPRC – Domain Specific Languages (DSLs) for HHPC and HPRC – High–level and Pure Software Programming for Reconfigurable Devices – Design Space Exploration (DSE) of Reconfigurable and/or NoC–based systems – Self–reconfiguration and self–optimization for HPC * Benchmarks and Evaluations – Benchmarks: Compute performance and/or power/cost efficiency in cloud/HPC – Area, energy, and performance evaluation – Comparative analysis of heterogeneous devices and frameworks for HPC * Networks and NoCs – Novel NoC Architectures for high–performance systems – Systems software support for advanced NoC–based systems – NoC–aware compilation and runtime systems – Mapping and scheduling for NoC–based systems – Implementation case studies of reconfigurable and NoC–based systems * Other – Reliability, scalability, availability, and fault tolerance – Reconfigurable computing education