https://wiki.hh.se/ceres/index.php?action=history&feed=atom&title=HiPEC 2026-05-04T09:34:11Z Revision history for this page on the wiki MediaWiki 1.22.6 https://wiki.hh.se/ceres/index.php?title=HiPEC&diff=3065&oldid=prev 2014-06-23T09:23:12Z

<p>Created page with &quot;{{ResearchProjInfo |Title=HiPEC |ContactInformation=Veronica Gaspes |ShortDescription=High Performance Embedded Computing |Description=Parallelism is the main way to provide s...&quot;</p> <p><b>New page</b></p><div>{{ResearchProjInfo<br /> |Title=HiPEC<br /> |ContactInformation=Veronica Gaspes<br /> |ShortDescription=High Performance Embedded Computing<br /> |Description=Parallelism is the main way to provide significant performance improvement of embedded systems while<br /> keeping energy consumption low. Streaming applications are good candidates for parallelization since<br /> they are regular and exhibit data parallelism. Traditionally, ASICs have been designed to implement<br /> specific functionality with high performance and low power constraints. Recently, coarse-grained<br /> reconfigurable array architectures have been proposed as flexible but still high performance alternatives.<br /> It is therefore expected that the DSP computing system, increasingly parallel and reconfigurable, will be<br /> one of the dominating parts in OEM equipments in 2020 because it maximally exposes opportunities of<br /> parallelization. In this project, we address reconfigurable array processor architectures as well as software<br /> tools for their programming. A massively parallel execution platform with powerful computing nodes and<br /> hierarchical interconnection structure suitable for streaming applications will be developed and studied.<br /> The distinct features of our software development approach are the use of the CAL language for<br /> programming of these architectures as well as the development and use of tools for timing and energy<br /> analysis at early design stages. Combining both hardware and software experts in the same project<br /> provides a strong basis for covering the whole spectrum of this new technology.<br /> |LogotypeFile=HiPEClogotype.png<br /> |ProjectResponsible=Veronica Gaspes<br /> |FundingMSEK=32.3<br /> |ProjectStart=2011/01/01<br /> |ProjectEnd=2015/12/31<br /> |Lctitle=No<br /> }}<br /> {{AssignProjPartner<br /> |projectpartner=Lund University<br /> }}<br /> {{AssignProjPartner<br /> |projectpartner=Linköping University<br /> }}<br /> __NOTOC__<br /> {{ShowResearchProject}}<br /> == External web ==<br /> http://hipec.cs.lth.se/</div>

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