Travelled to:
1 × Canada
1 × France
1 × Germany
1 × Portugal
2 × USA
Collaborated with:
D.Griebler D.Adornes M.B.Castro M.L.Kolberg M.Raeder S.Teodoro A.B.d.Carmo T.Nunes F.Giannetti C.Ledur C.Fonseca F.Rui K.Georgiev V.Marangozova-Martin J.Méhaut M.Santana R.Nemetz A.Cabeda R.Timmers
Talks about:
perform (5) architectur (3) transact (3) memori (3) print (3) high (3) analysi (2) energi (2) applic (2) evalu (2)
Person: Luiz Gustavo Fernandes
DBLP: Fernandes:Luiz_Gustavo
Contributed to:
Wrote 8 papers:
- SEKE-2015-AdornesGLF #architecture #distributed #domain-specific language #memory management #pipes and filters
- A Unified MapReduce Domain-Specific Language for Distributed and Shared Memory Architectures (DA, DG, CL, LGF), pp. 619–624.
- DocEng-2014-KolbergFRF #analysis #documentation #performance #throughput #using
- JAR tool: using document analysis for improving the throughput of high performance printing environments (MLK, LGF, MR, CF), pp. 175–178.
- PDP-2014-RuiCGF #memory management #performance #transaction
- Evaluating the Impact of Transactional Characteristics on the Performance of Transactional Memory Applications (FR, MBC, DG, LGF), pp. 93–97.
- SEKE-2014-GrieblerAF #architecture #evaluation #interface #manycore #parallel #performance #programming #usability
- Performance and Usability Evaluation of a Pattern-Oriented Parallel Programming Interface for Multi-Core Architectures (DG, DA, LGF), pp. 25–30.
- SAC-2013-TeodoroCF #energy #performance #scheduling
- Energy efficiency management in computational grids through energy-aware scheduling (ST, ABdC, LGF), pp. 1163–1168.
- PDP-2011-CastroGMMFS #analysis #architecture #manycore #memory management #transaction
- Analysis and Tracing of Applications Based on Software Transactional Memory on Multicore Architectures (MBC, KG, VMM, JFM, LGF, MS), pp. 199–206.
- DocEng-2009-NunesGKNCF #performance #profiling
- Job profiling in high performance printing (TN, FG, MLK, RN, AC, LGF), pp. 109–118.
- SAC-2006-GiannettiFTNRC #performance
- High performance XSL-FO rendering for variable data printing (FG, LGF, RT, TN, MR, MBC), pp. 811–817.