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Travelled to:
1 × Croatia
1 × Italy
1 × Norway
1 × Russia
1 × Slovenia
1 × South Africa
1 × Sweden
10 × USA
2 × China
2 × Germany
2 × United Kingdom
5 × Canada
Collaborated with:
F.Tip M.Vaziri M.Sridharan M.Schäfer A.A.Chien M.Pistoia S.Artzi C.Zhang C.Hammer O.Tripp S.Ryu E.Torlak B.G.Ryder J.Vitek A.Kiezun P.Liu J.Huang B.D.Sutter S.Lee L.Luo E.Bodden W.Huang Y.Dong A.Milanova B.Petrov M.T.Vechev N.Vasudevan O.Tardieu S.A.Edwards N.Kidd T.W.Reps S.Fink Y.Ko H.Lee S.Wei K.Ali M.Rapoport O.Lhoták A.Feldthaus S.Chandra S.H.Jensen A.Møller E.Geay T.Tateishi R.M.Fuhrer M.Keller Guillaume Baudart E.Duesterwald M.Hirzel A.Shinnar J.F.Santos P.Maksimovic Théotime Grohens P.Gardner Y.Zheng V.Ganesh S.Subramanian X.Zhang D.Marino S.Guarnieri S.Teilhet R.Berg M.A.Bornea A.Kementsietsidis K.Srinivas P.Dantressangle O.Udrea B.Bhattacharjee D.Dig A.M.Paradkar M.D.Ernst
Talks about:
analysi (8) javascript (7) applic (7) object (5) web (5) program (4) concurr (4) static (4) effici (4) local (4)

Person: Julian Dolby

DBLP DBLP: Dolby:Julian

Contributed to:

CAV 20152015
ISSTA 20152015
ECOOP 20142014
ESEC/FSE 20132013
ICSE 20132013
PLDI 20132013
SIGMOD 20132013
ECOOP 20122012
PLDI 20122012
ICSE 20112011
ISSTA 20112011
ECOOP 20102010
ICSE 20102010
ISSTA 20102010
PLDI 20102010
CC 20092009
ICSE 20092009
VMCAI 20092009
ICSE 20082008
ISSTA 20082008
ECOOP 20072007
ESEC/FSE 20072007
POPL 20062006
ECOOP 20052005
ECOOP 20042004
PLDI 20002000
OOPSLA 19981998
PLDI 19971997
ASE 20152015
ASE 20162016
FSE 20162016
Onward! 20182018
ECOOP 20192019
PPDP 20182018

Wrote 38 papers:

CAV-2015-ZhengGSTDZ #constraints #effectiveness #equation #regular expression #string
Effective Search-Space Pruning for Solvers of String Equations, Regular Expressions and Length Constraints (YZ, VG, SS, OT, JD, XZ), pp. 235–254.
ISSTA-2015-HuangDMD #analysis #android #precise #scalability
Scalable and precise taint analysis for Android (WH, YD, AM, JD), pp. 106–117.
ECOOP-2014-AliRLDT #graph #scala #source code
Constructing Call Graphs of Scala Programs (KA, MR, OL, JD, FT), pp. 54–79.
ESEC-FSE-2013-LiuDZ #composition
Finding incorrect compositions of atomicity (PL, JD, CZ), pp. 158–168.
ICSE-2013-FeldthausSSDT #approximate #graph #ide #javascript #performance
Efficient construction of approximate call graphs for JavaScript IDE services (AF, MS, MS, JD, FT), pp. 752–761.
ICSE-2013-MarinoHDVTV #concurrent #detection #source code
Detecting deadlock in programs with data-centric synchronization (DM, CH, JD, MV, FT, JV), pp. 322–331.
PLDI-2013-HuangZD #concurrent #named
CLAP: recording local executions to reproduce concurrency failures (JH, CZ, JD), pp. 141–152.
PLDI-2013-SchaferSDT #analysis
Dynamic determinacy analysis (MS, MS, JD, FT), pp. 165–174.
SIGMOD-2013-BorneaDKSDUB #database #performance #rdf #relational
Building an efficient RDF store over a relational database (MAB, JD, AK, KS, PD, OU, BB), pp. 121–132.
ECOOP-2012-SridharanDCST #analysis #correlation #javascript #points-to
Correlation Tracking for Points-To Analysis of JavaScript (MS, JD, SC, MS, FT), pp. 435–458.
PLDI-2012-PetrovVSD #concurrent #detection #web
Race detection for web applications (BP, MTV, MS, JD), pp. 251–262.
ICSE-2011-ArtziDJMT #automation #framework #javascript #testing #web
A framework for automated testing of javascript web applications (SA, JD, SHJ, AM, FT), pp. 571–580.
ICSE-2011-SchaferSDT #flexibility #java #refactoring #source code
Refactoring Java programs for flexible locking (MS, MS, JD, FT), pp. 71–80.
ISSTA-2011-GuarnieriPTDTB #javascript #web
Saving the world wide web from vulnerable JavaScript (SG, MP, OT, JD, ST, RB), pp. 177–187.
ECOOP-2010-SchaferDSTT #concurrent #java #refactoring
Correct Refactoring of Concurrent Java Code (MS, JD, MS, ET, FT), pp. 225–249.
ECOOP-2010-VaziriTDHV #type system
A Type System for Data-Centric Synchronization (MV, FT, JD, CH, JV), pp. 304–328.
ICSE-2010-ArtziDTP #fault #locality #web
Practical fault localization for dynamic web applications (SA, JD, FT, MP), pp. 265–274.
ISSTA-2010-ArtziDTP #effectiveness #fault #generative #locality #testing
Directed test generation for effective fault localization (SA, JD, FT, MP), pp. 49–60.
PLDI-2010-TorlakVD #axiom #memory management #modelling #named #specification
MemSAT: checking axiomatic specifications of memory models (ET, MV, JD), pp. 341–350.
CC-2009-VasudevanTDE #analysis #concurrent #source code
Compile-Time Analysis and Specialization of Clocks in Concurrent Programs (NV, OT, JD, SAE), pp. 48–62.
ICSE-2009-GeayPTRD #analysis #composition #precise #string
Modular string-sensitive permission analysis with demand-driven precision (EG, MP, TT, BGR, JD), pp. 177–187.
VMCAI-2009-KiddRDV #debugging #random #using
Finding Concurrency-Related Bugs Using Random Isolation (NK, TWR, JD, MV), pp. 198–213.
ICSE-2008-HammerDVT #detection
Dynamic detection of atomic-set-serializability violations (CH, JD, MV, FT), pp. 231–240.
ISSTA-2008-ArtziKDTDPE #debugging #web
Finding bugs in dynamic web applications (SA, AK, JD, FT, DD, AMP, MDE), pp. 261–272.
ECOOP-2007-VaziriTFD #declarative #using
Declarative Object Identity Using Relation Types (MV, FT, SF, JD), pp. 54–78.
ESEC-FSE-2007-DolbyVT #debugging #satisfiability
Finding bugs efficiently with a SAT solver (JD, MV, FT), pp. 195–204.
POPL-2006-VaziriTD #constraints #object-oriented
Associating synchronization constraints with data in an object-oriented language (MV, FT, JD), pp. 334–345.
ECOOP-2005-FuhrerTKDK #java #library #refactoring
Efficiently Refactoring Java Applications to Use Generic Libraries (RMF, FT, AK, JD, MK), pp. 71–96.
ECOOP-2004-SutterTD #constraints #java #library #using
Customization of Java Library Classes Using Type Constraints and Profile Information (BDS, FT, JD), pp. 585–610.
PLDI-2000-DolbyC #automation #evaluation #optimisation
An automatic object inlining optimization and its evaluation (JD, AAC), pp. 345–357.
OOPSLA-1998-DolbyC #automation #evaluation
An Evaluation of Automatic Object Inline Allocation Techniques (JD, AAC), pp. 1–20.
PLDI-1997-Dolby #automation
Automatic Inline Allocation of Objects (JD), pp. 7–17.
ASE-2015-KoLDR #framework #javascript #scalability #static analysis
Practically Tunable Static Analysis Framework for Large-Scale JavaScript Applications (T) (YK, HL, JD, SR), pp. 541–551.
ASE-2016-LeeDR #android #framework #hybrid #named #static analysis
HybriDroid: static analysis framework for Android hybrid applications (SL, JD, SR), pp. 250–261.
FSE-2016-WeiTRD #javascript #locality #static analysis
Revamping JavaScript static analysis via localization and remediation of root causes of imprecision (SW, OT, BGR, JD), pp. 487–498.
Onward-2018-BaudartDDHS
Protecting chatbots from toxic content (GB, JD, ED, MH, AS), pp. 99–110.
ECOOP-2019-LuoDB #analysis #approach #editing #ide #named
MagpieBridge: A General Approach to Integrating Static Analyses into IDEs and Editors (Tool Insights Paper) (LL, JD, EB), p. 25.
PPDP-2018-SantosMGDG #execution #javascript #symbolic computation
Symbolic Execution for JavaScript (JFS, PM, TG, JD, PG), p. 14.

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