Travelled to:1 × USA
3 × France
5 × Germany
Collaborated with:∅ S.Krone F.Guderian B.Ristau T.Limberg W.Lehner M.Winter R.Klemm O.Arnold W.E.Nagel N.u.Hassan L.Landau E.Fischer B.Almeroth P.Robelly H.Seidel K.C.Chen S.Haas B.Schlegel T.Kissinger
Talks about:wireless (3) heterogen (2) toward (2) system (2) energi (2) effici (2) design (2) set (2) interconnect (1) metaprogram (1)
Person: Gerhard Fettweis
DBLP: Fettweis:Gerhard
Contributed to:
2014
2013201220112010200920082006
2002Wrote 12 papers:
- SIGMOD-2014-ArnoldHFSKL #database #set
- An application-specific instruction set for accelerating set-oriented database primitives (OA, SH, GF, BS, TK, WL), pp. 767–778.
- DATE-2013-FettweisHLF
- Wireless interconnect for board and chip level (GF, NuH, LL, EF), pp. 958–963.
- DATE-2012-FettweisNL
- Pathways to servers of the future (GF, WEN, WL), pp. 1161–1166.
- DATE-2012-KroneAGF #smarttech #towards
- Towards a wireless medical smart card (SK, BA, FG, GF), pp. 1483–1488.
- DATE-2011-FettweisGK #towards
- Entering the path towards terabit/s wireless links (GF, FG, SK), pp. 431–436.
- DATE-2011-WinterF #runtime #scheduling
- Guaranteed service virtual channel allocation in NoCs for run-time task scheduling (MW, GF), pp. 419–424.
- DATE-2010-Fettweis #energy
- The road to energy-efficient systems: From hardware-driven to software-defined (GF), p. 477.
- DATE-2010-KlemmF #c++ #embedded #metaprogramming #using
- Bitstream processing for embedded systems using C++ metaprogramming (RK, GF), pp. 909–913.
- DATE-2009-RistauLAF #analysis #parallel
- Dimensioning heterogeneous MPSoCs via parallelism analysis (BR, TL, OA, GF), pp. 554–557.
- DATE-2008-RistauLF #design #framework
- A Mapping Framework for Guided Design Space Exploration of Heterogeneous MP-SoCs (BR, TL, GF), pp. 780–783.
- DATE-2006-RobellySCF #architecture #design #energy #performance #programmable #trade-off
- Energy efficiency vs. programmability trade-off: architectures and design principles (PR, HS, KCC, GF), pp. 587–592.
- LCTES-SCOPES-2002-Fettweis #exclamation #named #why
- DSPs: why don’t they just go away! (GF), p. 93.