Travelled to:
1 × Australia
1 × Brazil
1 × Ireland
1 × Italy
1 × New Zealand
1 × United Kingdom
2 × Canada
8 × USA
Collaborated with:
J.F.Power E.B.Duffy J.E.Denny N.A.Kraft J.P.Gibson C.Hobatr T.H.Gibbs J.O.Hallstrom B.N.Hoipkemier P.J.Clarke M.Hennessy T.F.Dowling M.J.Harrold G.Rothermel B.C.Dean W.B.Pressly A.A.Whitley
Talks about:
program (6) grammar (5) approach (4) applic (4) softwar (3) exploit (3) revers (3) engin (3) autom (3) tabl (3)
♂ Person: Brian A. Malloy
DBLP: Malloy:Brian_A=
Facilitated 6 volumes:
Contributed to:
Wrote 23 papers:
- ASE-2009-DeanPMW #approach #automation #fault #linear #locality #multi #programming
- A Linear Programming Approach for Automated Localization of Multiple Faults (BCD, WBP, BAM, AAW), pp. 640–644.
- SAC-2008-DennyM #lr #parsing
- IELR(1): practical LR(1) parser tables for non-LR(1) grammars with conflict resolution (JED, BAM), pp. 240–245.
- SAC-PL-J-2008-DennyM10 #algorithm #generative #lr #parsing
- The IELR(1) algorithm for generating minimal LR(1) parser tables for non-LR(1) grammars with conflict resolution (JED, BAM), pp. 943–979.
- SEKE-2008-DuffyHM #c++ #comprehension #evolution #interface #library #protocol #reverse engineering #scalability
- Reverse Engineering Interface Protocols for Comprehension of Large C++ Libraries during Code Evolution Tasks (EBD, JOH, BAM), pp. 303–308.
- WCRE-2007-DuffyM #approach #automation #c++ #grammar recovery
- An Automated Approach to Grammar Recovery for a Dialect of the C++ Language (EBD, BAM), pp. 11–20.
- SEKE-2006-HoipkemierKM #3d #diagrams #open source #visualisation
- 3D Visualization of Class Template Diagrams for Deployed Open Source Applications (BNH, NAK, BAM), pp. 232–235.
- SOFTVIS-2005-MalloyP #c++ #modelling #source code #uml #visualisation
- Exploiting UML dynamic object modeling for the visualization of C++ programs (BAM, JFP), pp. 105–114.
- WCRE-2005-KraftMP #framework #reverse engineering #towards
- Toward an Infrastructure to Support Interoperability in Reverse Engineering (NAK, BAM, JFP), pp. 196–205.
- WCRE-J-2005-KraftMP07 #framework #reverse engineering
- An infrastructure to support interoperability in reverse engineering (NAK, BAM, JFP), pp. 292–307.
- CSMR-2003-ClarkeMG #identification #object-oriented #taxonomy #using
- Using a Taxonomy Tool to Identify Changes in OO Softwar (PJC, BAM, JPG), pp. 213–222.
- CSMR-2003-GibbsM #aspect-oriented #c++ #invariant #validation #weaving
- Weaving Aspects into C++ Applications for Validation of Temporal Invariants (THG, BAM), pp. 249–258.
- IWPC-2003-DuffyGM #object-oriented #profiling
- Applying the Decorator Pattern for Profiling Object-Oriented Software (EBD, JPG, BAM), pp. 84–93.
- IWPC-2003-HennessyMP #comprehension #named #tool support #xml
- gccXfront: Exploiting gcc as a Front End for Program Comprehension Tools via XML/XSLT (MH, BAM, JFP), p. 298–?.
- ASE-2002-GibbsMP #automation #c++ #invariant #validation
- Automated Validation of Class Invariants in C++ Applications (THG, BAM, JFP), p. 205–?.
- WCRE-2002-PowerM #approach #xml
- Program Annotation in XML: A Parse-Tree Based Approach (JFP, BAM), p. 190–?.
- ICSE-2001-HobatrM #c++ #debugging #using
- Using OCL-Queries for Debugging C++ (CH, BAM), pp. 839–840.
- SAC-2001-HobatrM #c++ #debugging #design #ocl
- The design of an OCL query-based debugger for C++ (CH, BAM), pp. 658–662.
- SAC-2001-PowerM #lalr #metric
- Exploiting metrics to facilitate grammar transformation into LALR format (JFP, BAM), pp. 636–640.
- ICSM-2000-GibsonDM #correctness #maintenance
- The Application of Correctness Preserving Transformations to Software Maintenance (JPG, TFD, BAM), p. 108–?.
- IWPC-2000-PowerM #analysis #context-free grammar
- Metric-Based Analysis of Context-Free Grammars (JFP, BAM), pp. 171–178.
- SAC-2000-PowerM #approach #c++ #modelling #problem #programming language
- An Approach for Modeling the Name Lookup Problem in the C++ Programming Language (JFP, BAM), pp. 792–796.
- TOOLS-PACIFIC-2000-PowerM #c++
- Symbol Table Construction and Name Lookup in ISO C++ (JFP, BAM), pp. 57–69.
- ISSTA-1993-HarroldMR #dependence #graph #performance
- Efficient Construction of Program Dependence Graphs (MJH, BAM, GR), pp. 160–170.