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Travelled to:
1 × Canada
1 × France
1 × Norway
1 × The Netherlands
1 × United Kingdom
12 × USA
2 × China
2 × Germany
Collaborated with:
R.Jin W.Ma Q.Zhu Y.Su L.Chen L.Chen T.Liu F.Wang V.T.Ravi X.Li J.H.Saltz L.Guo J.Woodring Y.Wang M.Kutlu O.Kurt S.Krishnamoorthy K.Sinha K.Reddy J.Li Q.Su R.Das Y.Xia P.Jiang M.Becchi S.T.Chakradhar M.Zheng F.Qin A.Biswas H.Shen C.Wang D.Polshakov S.Parthasarathy B.Ren J.R.Larus T.Mytkowicz T.Poutanen W.Schulte K.Myers J.Wendelberger J.P.Ahrens L.Weng Ü.V.Çatalyürek T.M.Kurç S.Narayanan
Talks about:
data (13) applic (5) distribut (4) parallel (4) stream (4) graph (4) construct (3) support (3) dataset (3) analysi (3)

Person: Gagan Agrawal

DBLP DBLP: Agrawal:Gagan

Contributed to:

HPDC 20152015
HPDC 20142014
CGO 20132013
HPDC 20132013
HPDC 20122012
KDD 20122012
CC 20112011
CIKM 20112011
HPDC 20112011
PPoPP 20112011
HPDC 20102010
PPoPP 20092009
PPoPP 20072007
KDD 20052005
VLDB 20052005
HPDC 20042004
KDD 20032003
CC 20022002
PASTE 20012001
CC 20002000
ICSM 19991999
PLDI 19951995
CC 20192019

Wrote 26 papers:

HPDC-2015-SuWA #data analysis #generative #performance
In-Situ Bitmaps Generation and Efficient Data Analysis based on Bitmaps (YS, YW, GA), pp. 61–72.
HPDC-2014-SuAWBS #analysis #correlation #dataset #distributed #parallel
Supporting correlation analysis on scientific datasets in parallel and distributed settings (YS, GA, JW, AB, HWS), pp. 191–202.
CGO-2013-RenALMPS #data type #parallel
SIMD parallelization of applications that traverse irregular data structures (BR, GA, JRL, TM, TP, WS), p. 10.
HPDC-2013-SuAWMWA #dataset #distributed #using
Taming massive distributed datasets: data sampling using bitmap indices (YS, GA, JW, KM, JW, JPA), pp. 13–24.
HPDC-2012-ChenA #effectiveness #memory management #optimisation #pipes and filters
Optimizing MapReduce for GPUs with effective shared memory usage (LC, GA), pp. 199–210.
HPDC-2012-KutluAK #algorithm #data-driven #fault tolerance #parallel
Fault tolerant parallel data-intensive algorithms (MK, GA, OK), pp. 133–134.
KDD-2012-LiuA #clustering #data flow #web
Stratified k-means clustering over a deep web data source (TL, GA), pp. 1113–1121.
CC-2011-MaKA #memory management #multi
Practical Loop Transformations for Tensor Contraction Expressions on Multi-level Memory Hierarchies (WM, SK, GA), pp. 266–285.
CIKM-2011-WangA #data flow #effectiveness #query #web
Effective stratification for low selectivity queries on deep web data sources (FW, GA), pp. 1455–1464.
HPDC-2011-RaviBAC #framework #gpu #runtime
Supporting GPU sharing in cloud environments with a transparent runtime consolidation framework (VTR, MB, GA, STC), pp. 217–228.
PPoPP-2011-ZhengRQA #detection #gpu #named #source code
GRace: a low-overhead mechanism for detecting data races in GPU programs (MZ, VTR, FQ, GA), pp. 135–146.
HPDC-2010-ZhuA #adaptation #constraints #resource management
Resource provisioning with budget constraints for adaptive applications in cloud environments (QZ, GA), pp. 304–307.
PPoPP-2009-MaA #compilation #data mining #mining #runtime
A compiler and runtime system for enabling data mining applications on gpus (WM, GA), pp. 287–288.
PPoPP-2007-ZhuCA #fault tolerance #grid #streaming
Supporting fault-tolerance in streaming grid applications (QZ, LC, GA), pp. 156–157.
KDD-2005-JinSA #information management #mining #optimisation
Simultaneous optimization of complex mining tasks with a knowledgeable cache (RJ, KS, GA), pp. 600–605.
KDD-2005-JinWPPA #dataset #graph
Discovering frequent topological structures from graph datasets (RJ, CW, DP, SP, GA), pp. 606–611.
VLDB-2005-LiA #evaluation #performance #streaming #xquery
Efficient Evaluation of XQuery over Streaming Data (XL, GA), pp. 265–276.
HPDC-2004-ChenRA #data type #distributed #middleware #named
GATES: A Grid-Based Middleware for Processing Distributed Data Streams (LC, KR, GA), pp. 192–201.
HPDC-2004-WengACKNS #approach #automation
An Approach for Automatic Data Virtualization (LW, GA, ÜVÇ, TMK, SN, JHS), pp. 24–33.
KDD-2003-JinA #performance #streaming
Efficient decision tree construction on streaming data (RJ, GA), pp. 571–576.
CC-2002-AgrawalLS #graph
Evaluating a Demand Driven Technique for Call Graph Construction (GA, JL, QS), pp. 29–45.
PASTE-2001-AgrawalG #slicing
Evaluating explicitly context-sensitive program slicing (GA, LG), pp. 6–12.
CC-2000-Agrawal #graph
Demand-Driven Construction of Call Graphs (GA), pp. 125–140.
ICSM-1999-Agrawal #analysis #data flow #graph
Simultaneous Demand-Driven Data-Flow and Call Graph Analysis (GA), pp. 453–462.
PLDI-1995-AgrawalSD #compilation #distributed #interprocedural #memory management
Interprocedural Partial Redundancy Elimination and its Application to Distributed Memory Compilation (GA, JHS, RD), pp. 258–269.
CC-2019-XiaJA #parallel #re-engineering
Enabling prefix sum parallelism pattern for recurrences with principled function reconstruction (YX, PJ, GA), pp. 17–28.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
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