2nd EUROMICRO/IEEE Workshop on Embedded and Cyber-Physica Systems, Budva, Montenegro

Abbrevation

ECYPS

Link

http://embeddedcomputing.me/en

City

Budva

Country

Montenegro

Deadline Paper

2014-02-15

Start Date

2014-06-15

End Date

2014-06-19

Abstract

ECYPSâ€™2014 – the 2nd EUROMICRO/IEEE Workshop on Embedded and Cyber–Physical Systems will be held in the scope of MECOâ€™2014 – the 3rd Mediterranean Conference on Embedded Computing, in Budva Montenegro, June 16–19, 2014. Embedded systems, being inseparable parts of certain larger (embedding) systems, constitute information–processing parts of cyber–physical systems composed of information–processing and physical sub–systems. The research in cyber–physical systems focusses on the heterogeneity in system design and holistic system quality assurance, addressing such aspects as multi–objective multi–domain system optimization, as well as, intimate coupling, co–modeling, co–design, co–simulation and co–validation of the information–processing and physical sub–systems. ECYPSâ€™2014 is devoted to embedded and cyber–physical systems for modern highly–demanding applications that require complex computations to be performed with a very high speed, while at the same time demanding low energy consumption and low cost, and/or imposing high safety, security or reliability demands. It addresses the architectures, technology, design methodology and EDA tools for such systems. Its target participants are academic researchers and teachers, industrial researchers, developers and decision–makers, and Ph.D. students, especially those participating in European research projects. ECYPSâ€™2014 Workshop gives an excellent opportunity to disseminate fresh research results from related European projects, as well as, other international or national projects. Topics – advanced applications and case studies of systems in consumer appliances, healthcare, environmental and safety monitoring, industrial and leaving–space automation, aerospace, aviation, transportation, automotive, energy generation and management, communications, tele–operation and robotics, etc. – application analysis, characterization and parallelization for the purpose of high–performance and low–energy computing – multi–domain modeling, analysis, synthesis, simulation and validation of heterogeneous systems ïƒ± multi–objective and multi–domain optimization and co–design of heterogeneous systems – sensor–network based distributed and networked intelligent information acquisition, supervision and control – sub–system arrangement and communication in complex heterogeneous (3D) systems – safety, security and reliability of complex heterogeneous systems involving digital and analog electronic, software, electrical and mechanical sub–systems, or exploiting nano–dimension MPSoC or MEMS technologies