Istanbul / Boston / New York / Washington / DC / /
Company
Adaptive Hardware / Cadence / Synopsys / Addison-Wesley Longman Publishing Co. Inc. / Las Vegas NV / Xilinx / /
Continent
Europe / /
Country
Turkey / United States / United Kingdom / /
Facility
C++ Standard Template Library / University of Glasgow / /
IndustryTerm
system-on-chip / on-chip network / software/hardware system / handheld applications / reprogrammable hardware / web browsing / Run-time reconfigurable hardware / return services / software component / reconfigurable systems / large systems / software cores / control services / actual hardware / abstraction level tools / interconnection networks / packet-based distributed processing system / heterogeneous processing cores / data processing cores / run-time reconfigurable systems / /
OperatingSystem
GNU / /
Organization
Gannet Service / Systems-on-Chip Wim Vanderbauwhede Department of Computing Science / UK Engineering and Physical Science Research Council / University of Glasgow / National Aeronautics and Space Administration / /
Person
Soren Moch / Mark Kulaczewski / Andreas Dehnhardt / Andy Hunt / Scott Hauck / Matthew H. Austern / Gordon Brebner / Hans-Joachim Stolberg / Heiko Kluszmann / Thomas W. Fry / Lars Friebe / Thambipillai Srikanthan / Mladen Berekovic / Rajesh Gupta / Siew-Kei Lam / Dave Thomas / Luciano Lavagno / Jeffrey P. Kao / Sujit Dey / Chad Fowler / Peter Pirsch / Edwin S. Petrus / Graham Schelle / Sebastian Flugel / Chidamber Kulkarni / Michael Jones / Matthew M. Hosler / Cristian Grecu / Bharathi N. Krishnan / /
Position
manager / Manager 3.1 Functional task description language Obviously / Parallel Architectures General / GNU Guile interpreter / manager circuit / service manager / Acknowledgments The author / marshall / /
Gannet: a Scheme for Task-level Reconfiguration of Service-based Systems-on-Chip Wim Vanderbauwhede Department of Computing Science, University of Glasgow, UK wimd
s.gla.a
.uk