BibSLEIGH — Stefan

Travelled to:

1 × Australia
1 × Austria
1 × Canada
1 × Egypt
1 × Norway
1 × United Kingdom
2 × China
4 × USA

Collaborated with:

M.L.Kersten P.A.Boncz S.Idreos M.v.Keulen Y.Zhang N.Nes E.Liarou I.Manolescu G.Graefe H.A.Kuno E.Petraki T.Grust J.Rittinger J.Teubner A.Schmidt R.A.Kader H.Pirk M.Ivanova M.Heimel M.Saecker V.Markl Y.Karæz F.Halim L.Sidirourgos R.Goncalves M.Koubarakis K.Kyzirakos M.Karpathiotakis C.Nikolaou S.Vassos G.Garbis M.Sioutis K.Bereta D.Michail C.Kontoes I.Papoutsis T.Herekakis M.Datcu G.Schwarz C.O.Dumitru D.Espinoza-Molina K.Molch U.D.Giammatteo M.Sagona S.Perelli T.Reitz E.Klien R.Gregor

Talks about:

databas (7) memori (6) column (6) store (6) queri (6) data (6) optim (3) index (3) crack (3) what (3)

Person: Stefan Manegold

DBLP: Manegold:Stefan

Contributed to:

2015

2013

2012

2011

2009

2008

2007

2006

2005

2004

2003

2002

2000

1999

Wrote 22 papers:

SIGMOD-2015-PetrakiIM #in memory: Holistic Indexing in Main-memory Column-stores (EP, SI, SM), pp. 1153–1166.
SIGMOD-2013-ZhangKM #array #named: SciQL: array data processing inside an RDBMS (YZ, MLK, SM), pp. 1049–1052.
VLDB-2013-HeimelSPMM #in memory #parallel: Hardware-Oblivious Parallelism for In-Memory Column-Stores (MH, MS, HP, SM, VM), pp. 709–720.
VLDB-2013-KaraezIZMK #lazy evaluation: Lazy ETL in Action: ETL Technology Dates Scientific Data (YK, MI, YZ, SM, MLK), pp. 1286–1289.
VLDB-2012-GraefeHIKM #adaptation #concurrent: Concurrency Control for Adaptive Indexing (GG, FH, SI, HAK, SM), pp. 656–667.
VLDB-2012-KoubarakisKKNVGSBMKPHMKIPZDSDEMGSPRKG #named: TELEIOS: A Database-Powered Virtual Earth Observatory (MK, KK, MK, CN, SV, GG, MS, KB, DM, CK, IP, TH, SM, MLK, MI, HP, YZ, MD, GS, COD, DEM, KM, UDG, MS, SP, TR, EK, RG), pp. 2010–2013.
VLDB-2012-LiarouIMK #named #online #streaming: MonetDB/DataCell: Online Analytics in a Streaming Column-Store (EL, SI, SM, MLK), pp. 1910–1913.
VLDB-2011-IdreosMKG #adaptation #in memory #what: Merging What’s Cracked, Cracking What’s Merged: Adaptive Indexing in Main-Memory Column-Stores (SI, SM, HAK, GG), pp. 585–597.
VLDB-2011-KerstenIML #database #query #research: The Researcher’s Guide to the Data Deluge: Querying a Scientific Database in Just a Few Seconds (MLK, SI, SM, EL), pp. 1474–1477.
SIGMOD-2009-IdreosKM #re-engineering #self #tuple: Self-organizing tuple reconstruction in column-stores (SI, MLK, SM), pp. 297–308.
SIGMOD-2009-KaderBMK #named #optimisation #runtime: ROX: run-time optimization of XQueries (RAK, PAB, SM, MvK), pp. 615–626.
VLDB-2009-BonczMK #architecture #database #evolution: Database Architecture Evolution: Mammals Flourished long before Dinosaurs became Extinct (PAB, SM, MLK), pp. 1648–1653.
VLDB-2008-SidirourgosGKNM #data transformation #rdf: Column-store support for RDF data management: not all swans are white (LS, RG, MLK, NN, SM), pp. 1553–1563.
SIGMOD-2007-IdreosKM #database: Updating a cracked database (SI, MLK, SM), pp. 413–424.
VLDB-2007-ManolescuM #assessment #database #evaluation #performance #question #research: Performance Evaluation and Experimental Assessment — Conscience or Curse of Database Research? (IM, SM), pp. 1441–1442.
SIGMOD-2006-BonczGKMRT #named #performance #relational #xquery: MonetDB/XQuery: a fast XQuery processor powered by a relational engine (PAB, TG, MvK, SM, JR, JT), pp. 479–490.
VLDB-2005-BonczGKMRT #named #relational #xquery: Pathfinder: XQuery — The Relational Way (PAB, TG, MvK, SM, JR, JT), pp. 1322–1325.
VLDB-2004-ManegoldBKN #clustering: Cache-Conscious Radix-Decluster Projections (SM, PAB, NN), pp. 684–695.
SAC-2003-SchmidtMK #query #xml: Integrated Querying of XML Data in RDBMSs (AS, SM, MLK), pp. 509–514.
VLDB-2002-ManegoldBK #cost analysis #database #memory management #modelling: Generic Database Cost Models for Hierarchical Memory Systems (SM, PAB, MLK), pp. 191–202.
VLDB-2000-ManegoldBK #cpu #memory management #optimisation #what: What Happens During a Join? Dissecting CPU and Memory Optimization Effects (SM, PAB, MLK), pp. 339–350.
VLDB-1999-BonczMK #architecture #database #memory management: Database Architecture Optimized for the New Bottleneck: Memory Access (PAB, SM, MLK), pp. 54–65.