Abbrevation
SOCC
City
Munich
Country
Germany
Deadline Paper
Start Date
End Date
Abstract

In its 30 years of history the IEEE International System&#8211;on&#8211;Chip Conference (SOCC) has become the premier forum for sharing the latest advancements in SoC architecture, systems, circuit design, process technology, test, design tools, and applications&#046; We proudly continue this tradition with the 2017 conference in Munich, Germany&#046;<br>The 30th SOCC offers a three&#8211;day technical program including keynote and plenary speeches, oral and poster presentations, hot&#8211;topic panel sessions, and exhibitions, and a full day of tutorials held by experts in the field&#046; A high quality social program will complement your conference experience&#046;<br>Papers are invited which address new and previously unpublished results in all areas related to SoC, including but not limited to:<br>SOCC Areas of Interest<br>Circuits and Systems:<br>RF, analog and mixed&#8211;signal — Biomedical — Wireline and wireless communication — Digital signal processing (DSP) — Memory systems — Reconfigurable and programmable circuits<br>Low Power Design:<br>"Green" circuits and systems — Low power design methodologies — Power/energy/thermal aware architecture design — Multi&#8211;domain power/energy management<br>MPSoC Architecture:<br>On&#8211;chip interconnect — Network on Chip (NoC) and multicore architectures — Memory architecture for multicore computing — 3D&#8211;IC — Heterogeneous computing — Parallel programming and software models<br>Design Methodologies:<br>HW&#8211;SW codesign, reconfiguration and debug — System level design methodology and tools — Design validation and verification — Design for Testability, test synthesis, embedded test<br>Application Specific Design:<br>SoC for driver assist systems — Embedded computing and Internet of Things(IoT) — High&#8211;performance mobile SoCs — Security — Real&#8211;time, high reliability and safety SoCs — Imaging, vision — Cloud Solutions<br>Emerging and Evolutionary Design:<br>Many&#8211;core architectures — General purpose GPU (GPGPU) computing — FPGA accelerated computing — Server on a Chip — Cortical processors — Neuronal and neuromorphic computing — Futuristic development and optimization tools&#046;<br>