Abbrevation
FPL
City
Mailand
Country
Italy
Deadline Paper
Start Date
End Date
Abstract

<P>The International Conference on Field Programmable Logic and Applications (FPL) is the first and largest conference covering the rapidly growing area of field&#8211;programmable logic&#046; During the past editions, many of the advances achieved in reconfigurable architectures, applications, design methods and tools have been first published in the proceedings of the FPL conference series&#046;</P> <P>The objective of the event is to bring together researchers and industry from all over the world for a wide ranging discussion of FPGAs, including, but not limited to: applications, advanced Electronic Design Automation (EDA), novel system architectures, embedded processors, arithmetic, dynamic reconfiguration, etc&#046;</P> <P>The <A href="http://conferenze&#046;dei&#046;polimi&#046;it/FPL2010/phdforum&#046;ht… forum</A> enables students to present their work and get feedback from experienced researchers and industrial partners&#046;</P> <P>FPL is organised yearly in Europe and attended by top&#8211;level scientists and researchers&#046;<BR>This year the conference reaches its 20th edition, and it continues the tradition of the previous events&#046; It will be hosted by the Politecnico di Milano, the most important Italian technical university, from August 31 to September 2, 2010&#046;</P> <P>The 2010 International Conference on Field Programmable Logic and Applications is technically co&#8211;sponsored by the IEEE Circuits and Systems Society&#046; The conference proceedings will be published by the IEEE and will appear in the IEEE Xplore electronic library&#046;</P> <H3>Conference Topics</H3> <P>The Program Committee cordially invites you to participate and submit your contribution to FPL 2010&#046; The conference topics include, but are not limited to, the following: </P> <H4>Reconfigurable Architectures</H4> <P>Dynamic, partial, run&#8211;time reconfiguration<BR>Low power architectures<BR>Defect and fault tolerance<BR>Reconfigurable embedded systems<BR>Field&#8211;programmable analog arrays<BR>Interconnects and NoCs </P> <H4>Applications</H4> <P>Communications and networking<BR>Cryptography<BR>Bioinformatics<BR>Application acceleration<BR>Evolvable and bio&#8211;inspired applications<BR>Medical solutions<BR>Experiments for High Energy Physics<BR>Astronomy<BR>Aerospace </P> <H4>Design Methods and Tools</H4> <P>CAD for reconfigurable architectures<BR>Dynamic, partial, and run&#8211;time reconfiguration<BR>Logic optimization and technology mapping<BR>Placement and routing algorithms<BR>System&#8211;level design methods<BR>Testing, verification, and benchmarking<BR>Hardware/software co&#8211;design<BR>Compilers and languages<BR>Rapid prototyping<BR>Radiation tolerance and reliability<BR></P> <H4>Self&#8211;aware and adaptive systems</H4> <P>Self&#8211;aware Operating Systems<BR>Partial and dynamic reconfiguration for<BR> &#8211; self&#8211;configuration<BR> &#8211; self&#8211;testing<BR> &#8211; self&#8211;healing<BR>Adaptive algorithm and distributed self&#8211;training algorithms<BR>Adaptive communication infrastructure<BR>Biologically inspired systems </P> <H4>Surveys, Trends and Education</H4> <P>Roadmap for reconfigurable computing<BR>Teaching reconfigurable systems<BR>History and surveys of reconfigurable logic<BR>Emerging device technologies<BR>Tutorials </P>