BibSLEIGH
BibSLEIGH corpus
BibSLEIGH tags
BibSLEIGH bundles
BibSLEIGH people
EDIT!
CC-BY
Open Knowledge
XHTML 1.0 W3C Rec
CSS 2.1 W3C CanRec
email twitter
Travelled to:
1 × Australia
1 × India
1 × Ireland
1 × Italy
1 × Latvia
1 × The Netherlands
2 × Germany
4 × Canada
8 × USA
Collaborated with:
B.H.C.Cheng J.E.Burge S.V.Mudiam P.V.Anderson M.M.Carey S.Murthy S.Gupta B.D.Gannod R.R.Lutz M.T.Helmick R.J.Brodie J.T.E.Timm H.Zhu T.E.Lindquist Y.Chen R.H.Bourdeau M.A.Vouk M.Carter A.Begel G.Sudindranath M.Fagnani M.E.Hoffman S.Heckman D.Wright
Talks about:
engin (12) revers (9) softwar (8) approach (7) formal (6) use (5) communic (4) integr (4) autom (4) architectur (3)

Person: Gerald C. Gannod

DBLP DBLP: Gannod:Gerald_C=

Facilitated 1 volumes:

ICPC 2009Ed

Contributed to:

ICSE 20152015
CSEE&T 20112011
CSEE&T 20092009
ICSE 20082008
ICPC 20072007
EDOC 20052005
IWPC 20032003
WCRE 20032003
ASE 20012001
IWPC 20012001
WCRE 20012001
ICSE 20002000
WCRE 20002000
ICSE 19991999
WCRE 19991999
ASE 19981998
WCRE 19981998
ASE 19971997
ICSM 19961996
WCRE 19961996
WCRE 19951995
SEKE 19941994

Wrote 24 papers:

ICSE-v2-2015-AndersonHVWCBG #student
CS/SE Instructors Can Improve Student Writing without Reducing Class Time Devoted to Technical Content: Experimental Results (PVA, SH, MAV, DW, MC, JEB, GCG), pp. 455–464.
CSEET-2011-CarterVGBAH #communication #education #re-engineering
Communication genres: Integrating communication into the software engineering curriculum (MC, MAV, GCG, JEB, PVA, MEH), pp. 21–30.
CSEET-2011-GannodABB #communication #education #integration #question #re-engineering
Is integration of communication and technical instruction across the SE curriculum a viable strategy for improving the real-world communication abilities of software engineering graduates? (GCG, PVA, JEB, AB), pp. 525–529.
CSEET-2009-BurgeG #categorisation
Dimensions for Categorizing Capstone Projects (JEB, GCG), pp. 166–173.
ICSE-2008-GannodBH #education #re-engineering #using
Using the inverted classroom to teach software engineering (GCG, JEB, MTH), pp. 777–786.
ICPC-2007-CareyG #automation #concept #identification #source code
Recovering Concepts from Source Code with Automated Concept Identification (MMC, GCG), pp. 27–36.
EDOC-2005-GannodBT #approach #interactive #specification
An Interactive Approach for Specifying OWL-S Groundings (GCG, RJB, JTET), pp. 251–260.
IWPC-2003-GannodM #architecture #verification
Verification of Recovered Software Architectures (GCG, SM), pp. 258–265.
WCRE-2003-GannodZM #integration #on the fly #web #web service
On-the-fly Wrapping of Web Services to Support Dynamic Integration (GCG, HZ, SVM), pp. 175–185.
ASE-2001-GannodG #automation #petri net #using
An Automated Tool for Analyzing Petri Nets Using SPIN (GCG, SG), pp. 404–407.
IWPC-2001-GannodC #formal method #reverse engineering #tool support #using
A Suite of Tools for Facilitating Reverse Engineering Using Formal Methods (GCG, BHCC), pp. 221–232.
WCRE-2001-GannodG #dependence #graph
An Investigation into the Connectivity Properties of Source-Header Dependency Graphs (GCG, BDG), pp. 115–126.
ICSE-2000-GannodL #analysis #approach #architecture #product line
An approach to architectural analysis of product lines (GCG, RRL), pp. 548–557.
WCRE-2000-GannodML #adaptation #approach #architecture #legacy
An Architectural-based Approach for Synthesizing and Integrating Adapters for Legacy Software (GCG, SVM, TEL), p. 128–?.
ICSE-1999-GannodC #approach #reverse engineering #specification
A Specification Matching Based Approach to Reverse Engineering (GCG, BHCC), pp. 389–398.
WCRE-1999-GannodC #design #framework #reverse engineering
A Framework for Classifying and Comparing Software Reverse Engineering and Design Recovery Techniques (GCG, BHCC), pp. 77–88.
WCRE-1999-GannodC99a #approach #case study #formal method #reverse engineering
A Formal Approach for Reverse Engineering: A Case Study (GCG, BHCC), pp. 100–111.
ASE-1998-GannodCC #approach #automation #reuse #reverse engineering
An Automated Approach for Supporting Software Reuse via Reverse Engineering (GCG, YC, BHCC), p. 94–?.
WCRE-1998-GannodSFC #case study #named #re-engineering
PACKRAT: A Software Reengineering Case Study (GCG, GS, MF, BHCC), pp. 125–134.
ASE-1997-GannodC #approach #automation #pointer #reverse engineering #source code
A Formal Automated Approach for Reverse Engineering Programs with Pointers (GCG, BHCC), pp. 219–226.
ICSM-1996-GannodC #c #reverse engineering #source code #using
Using Informal and Formal Techniques for the Reverse Engineering of C Programs (GCG, BHCC), pp. 265–274.
WCRE-1996-GannodC #c #reverse engineering #source code #using
Using Informal and Formal Techniques for the Reverse Engineering of C Programs (GCG, BHCC), pp. 249–258.
WCRE-1995-GannodC #reverse engineering #semantics
Strongest Postcondition Semantics as the Formal Basis for Reverse Engineering (GCG, BHCC).
SEKE-1994-ChengBG #development #distributed #information management #multi #object-oriented
The object-oriented development of a distributed multimedia environmental information system (BHCC, RHB, GCG), pp. 70–77.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
Hosted as a part of SLEBOK on GitHub.