26 th IFIP/IEEE International Conference on Very Large Scale Integration, Verona, Italien

Abbrevation

VLSI-SoC

Link

http://ieee-ceda.org/sites/ieee-ceda.org/files/documents/call-docs/CFP_VLSI-SoC…

City

Verona

Country

Italy

Deadline Paper

2018-04-27

Start Date

2018-10-08

End Date

2018-10-10

Abstract

VLSI–SoC 2018 is the 26th in a series of international conferences sponsored by the International Federation for Information Processing Technical Committee 10 Working Group 5, IEEE CEDA and IEEE CASS, which explore the state–of–the–art in the areas of Very Large Scale Integration (VLSI) and System–on–Chip (SoC) design. The purpose of VLSI–SoC is to provide a forum to exchange ideas and showcase academic as well as industrial research in architectures, circuits, devices, design automation, verifica– tion, test, and security, within digital, analog, and mixed–signal systems. VLSI–SoC 2018 will be held under the theme “Design and engineering of electronics systems based on new computing paradigms” by addressing cutting–edge research fields like heterogeneous, neuromorphic and brain–inspired, biologically–inspired, approximate computing systems. VLSI–SoC 2018 will be held in Verona, Italy. Verona, which has been awarded World Heritage Site status by UNESCO because of its urban structure and architecture, is the set of the Shakespeare’s Romeo and Juliet play, one of the most visited Roman empire cities in northern Italy, the capitol of the opera lyrics with its Arena roman amphitheater, the land of the Amarone della Valpolicella vineyards. Topics of interest include, but are not limited to: – Analog, mixed–signal, and sensor architectures – Digital architectures: NoC, multi– and many–core, hybrid, and reconfigurable – CAD: Synthesis and analysis – Prototyping, verification, modeling, and simulation – Circuits and systems for signal processing and communications – IoT, Embedded and Cyberphysical Systems: Architecture, design, and software – Low–power and thermal–aware IC design – Emerging devices and semiconductor technologies. – Variability, reliability, and test – Hardware security – Machine learning for SoC design and for electronic design automation