BibSLEIGH — Matthew

Travelled to:

1 × Ireland
1 × Spain
3 × Canada
9 × USA

Collaborated with:

B.G.Ryder M.Hind D.Grove N.Mitchell C.Bockisch M.Mezini G.(.Xu A.Rountev G.Sevitsky M.T.Vechev E.Yahav A.Shankar R.Bodík A.Welc V.T.Rajan E.R.Altman S.Fink J.Ha S.M.Blackburn K.S.McKinley T.Dinkelaker J.Lau B.Calder S.Kanthak M.Haupt S.J.Fink P.F.Sweeney Jeremiah J. Shepherd Renaldo J. Doe Yun Zhu Jijun Tang E.Schonberg D.Buytaert A.Georges L.Eeckhout K.D.Bosschere

Talks about:

dynam (4) virtual (3) perform (3) analysi (3) profil (3) machin (3) optim (3) use (3) framework (2) techniqu (2)

Person: Matthew Arnold

DBLP: Arnold:Matthew

Contributed to:

2010

2009

2008

2007

2006

2005

2002

2001

2000

2011

Wrote 17 papers:

OOPSLA-2010-AltmanAFM #analysis #performance #source code: Performance analysis of idle programs (ERA, MA, SF, NM), pp. 739–753.
PLDI-2010-XuMARSS #data type: Finding low-utility data structures (G(X, NM, MA, AR, ES, GS), pp. 174–186.
OOPSLA-2009-HaABM #concurrent #dynamic analysis #framework #hardware #manycore: A concurrent dynamic analysis framework for multicore hardware (JH, MA, SMB, KSM), pp. 155–174.
PLDI-2009-XuAMRS #profiling #runtime: Go with the flow: profiling copies to find runtime bloat (G(X, MA, NM, AR, GS), pp. 419–430.
OOPSLA-2008-ArnoldVY #detection #fault #named #performance #runtime: QVM: an efficient runtime for detecting defects in deployed systems (MA, MTV, EY), pp. 143–162.
OOPSLA-2008-ShankarAB #dynamic analysis #lightweight #named: Jolt: lightweight dynamic analysis and removal of object churn (AS, MA, RB), pp. 127–142.
OOPSLA-2007-BuytaertGHAEB #compilation #using: Using hpm-sampling to drive dynamic compilation (DB, AG, MH, MA, LE, KDB), pp. 553–568.
OOPSLA-2006-BockischADM #adaptation #virtual machine: Adapting virtual machine techniques for seamless aspect support (CB, MA, TD, MM), pp. 109–124.
OOPSLA-2006-BockischKHAM #control flow #performance #quantifier: Efficient control flow quantification (CB, SK, MH, MA, MM), pp. 125–138.
PLDI-2006-LauAHC #online #optimisation #performance #using: Online performance auditing: using hot optimizations without getting burned (JL, MA, MH, BC), pp. 239–251.
CGO-2005-ArnoldG #graph #virtual machine: Collecting and Exploiting High-Accuracy Call Graph Profiles in Virtual Machines (MA, DG), pp. 51–62.
OOPSLA-2005-ArnoldWR #performance #repository #using #virtual machine: Improving virtual machine performance using a cross-run profile repository (MA, AW, VTR), pp. 297–311.
ECOOP-2002-ArnoldR #effectiveness: Thin Guards: A Simple and Effective Technique for Reducing the Penalty of Dynamic Class Loading (MA, BGR), pp. 498–524.
OOPSLA-2002-ArnoldHR #java #online #optimisation: Online feedback-directed optimization of Java (MA, MH, BGR), pp. 111–129.
PLDI-2001-ArnoldR #cost analysis #framework: A Framework for Reducing the Cost of Instrumented Code (MA, BGR), pp. 168–179.
OOPSLA-2000-ArnoldFGHS #adaptation #optimisation #virtual machine: Adaptive optimization in the Jalapeño JVM (MA, SJF, DG, MH, PFS), pp. 47–65.
FDG-2011-ShepherdDAZT #approach #education #game studies: A different approach to teaching Chinese through serious games (JJS, RJD, MA, YZ, JT), pp. 304–306.