René L. Krikhaar, Ralf Lämmel, Chris Verhoef
Proceedings of the 16th International Conference on Program Comprehension
ICPC, 2008.
@proceedings{ICPC-2008, address = "Amsterdam, The Netherlands", editor = "René L. Krikhaar and Ralf Lämmel and Chris Verhoef", publisher = "{IEEE Computer Society}", title = "{Proceedings of the 16th International Conference on Program Comprehension}", year = 2008, }
Contents (36 items)
- ICPC-2008-Kothari #comprehension #fault #scalability
- Scalable Program Comprehension for Analyzing Complex Defects (SCK), pp. 3–4.
- ICPC-2008-Parr #embedded #reuse #semantics #using
- The Reuse of Grammars with Embedded Semantic Actions (TP), pp. 5–10.
- ICPC-2008-PetrenkoRV #comprehension #evolution #maintenance
- Partial Domain Comprehension in Software Evolution and Maintenance (MP, VR, RV), pp. 13–22.
- ICPC-2008-FlemingKSDX #comprehension #concurrent #maintenance
- Refining Existing Theories of Program Comprehension During Maintenance for Concurrent Software (SDF, EK, REKS, LKD, SX), pp. 23–32.
- ICPC-2008-DongG #architecture #identification #object-oriented
- Identifying Architectural Change Patterns in Object-Oriented Systems (XD, MWG), pp. 33–42.
- ICPC-2008-DaltonH #behaviour #runtime #tool support #visualisation
- A Toolkit for Visualizing the Runtime Behavior of TinyOS Applications (ARD, JOH), pp. 43–52.
- ICPC-2008-EaddyAAG #dynamic analysis #information retrieval #named #program analysis #requirements #source code #using
- CERBERUS: Tracing Requirements to Source Code Using Information Retrieval, Dynamic Analysis, and Program Analysis (ME, AVA, GA, YGG), pp. 53–62.
- ICPC-2008-RothlisbergerGN #ide #runtime
- Exploiting Runtime Information in the IDE (DR, OG, ON), pp. 63–72.
- ICPC-2008-Quante #comprehension #empirical #graph #process
- Do Dynamic Object Process Graphs Support Program Understanding? — A Controlled Experiment (JQ), pp. 73–82.
- ICPC-2008-BinkleyLMM #memory management
- Impact of Limited Memory Resources (DB, DL, SM, CM), pp. 83–92.
- ICPC-2008-LuciaGOT #comparison #comprehension #diagrams #empirical #uml
- Data Model Comprehension: An Empirical Comparison of ER and UML Class Diagrams (ADL, CG, RO, GT), pp. 93–102.
- ICPC-2008-AbadiNS #specification #traceability
- A Traceability Technique for Specifications (AA, MN, YS), pp. 103–112.
- ICPC-2008-HaiducM #on the #source code #using
- On the Use of Domain Terms in Source Code (SH, AM), pp. 113–122.
- ICPC-2008-SridharaHPV #case study #comparative #identification #semantics #similarity #tool support #word
- Identifying Word Relations in Software: A Comparative Study of Semantic Similarity Tools (GS, EH, LLP, KVS), pp. 123–132.
- ICPC-2008-HindleGH #complexity #metric
- Reading Beside the Lines: Indentation as a Proxy for Complexity Metric (AH, MWG, RCH), pp. 133–142.
- ICPC-2008-DenierG #metric #named
- Mendel: A Model, Metrics, and Rules to Understand Class Hierarchies (SD, YGG), pp. 143–152.
- ICPC-2008-RoyC #clone detection #comparison #detection
- Scenario-Based Comparison of Clone Detection Techniques (CKR, JRC), pp. 153–162.
- ICPC-2008-VidacsJBG #c #c++ #preprocessor #slicing
- Combining Preprocessor Slicing with C/C++ Language Slicing (LV, JJ, ÁB, TG), pp. 163–171.
- ICPC-2008-RoyC08a #detection #flexibility #named #normalisation #pretty-printing #using
- NICAD: Accurate Detection of Near-Miss Intentional Clones Using Flexible Pretty-Printing and Code Normalization (CKR, JRC), pp. 172–181.
- ICPC-2008-AlaliKM #commit #open source #repository #what
- What’s a Typical Commit? A Characterization of Open Source Software Repositories (AA, HHK, JIM), pp. 182–191.
- ICPC-2008-VanyaHKLV #clustering
- Assessing Software Archives with Evolutionary Clusters (AV, LH, SK, PvdL, HvV), pp. 192–201.
- ICPC-2008-RobillardM #comprehension #reuse
- Reusing Program Investigation Knowledge for Code Understanding (MPR, PM), pp. 202–211.
- ICPC-2008-ComanS #automation #development #identification
- Automated Identification of Tasks in Development Sessions (IDC, AS), pp. 212–217.
- ICPC-2008-MonganSM #distributed #re-engineering #reverse engineering
- Re-Engineering a Reverse Engineering Portal to a Distributed SOA (WMM, MS, SM), pp. 218–223.
- ICPC-2008-McMeekinKCC #comprehension #developer #taxonomy
- Checklist Inspections and Modifications: Applying Bloom’s Taxonomy to Categorise Developer Comprehension (DAM, BRvK, EC, DJAC), pp. 224–229.
- ICPC-2008-BhattiDR #mining #object-oriented
- Aspect Mining in Procedural Object Oriented Code (MUB, SD, AR), pp. 230–235.
- ICPC-2008-RohatgiHR #approach #dynamic analysis
- An Approach for Mapping Features to Code Based on Static and Dynamic Analysis (AR, AHL, JR), pp. 236–241.
- ICPC-2008-RatiuJ #api #concept #representation
- Evaluating the Reference and Representation of Domain Concepts in APIs (DR, JJ), pp. 242–247.
- ICPC-2008-FeilkasR #api #constraints
- Ensuring Well-Behaved Usage of APIs through Syntactic Constraints (MF, DR), pp. 248–253.
- ICPC-2008-PinzgerGKG #comprehension #dependence #source code #visual notation
- A Tool for Visual Understanding of Source Code Dependencies (MP, KG, PK, HCG), pp. 254–259.
- ICPC-2008-FonsecaCHP #behaviour #how #web
- How to Interconnect Operational and Behavioral Views of Web Applications (RFCdF, DCdC, PRH, MJVP), pp. 263–267.
- ICPC-2008-BohnetVD #comprehension #execution
- Locating and Understanding Features of Complex Software Systems by Synchronizing Time-, Collaboration- and Code-Focused Views on Execution Traces (JB, SV, JD), pp. 268–271.
- ICPC-2008-SatoST #comprehension #execution #source code #user interface #visualisation
- Support for Understanding GUI Programs by Visualizing Execution Traces Synchronized with Screen Transitions (TS, BS, JT), pp. 272–275.
- ICPC-2008-RillingWGP #maintenance #semantics
- Semantic Technologies in System Maintenance (STSM 2008) (JR, RW, DG, JZP), pp. 279–282.
- ICPC-2008-DeanV #comprehension #industrial
- Industrial Realities of Program Comprehension (IRPC 2008) (TRD, JV), pp. 283–284.
- ICPC-2008-VerbaereGG #comprehension #query
- Query Technologies and Applications for Program Comprehension (QTAPC 2008) (MV, MWG, TG), pp. 285–288.
12 ×#comprehension
4 ×#source code
3 ×#identification
3 ×#maintenance
3 ×#named
3 ×#semantics
2 ×#api
2 ×#behaviour
2 ×#comparison
2 ×#detection
4 ×#source code
3 ×#identification
3 ×#maintenance
3 ×#named
3 ×#semantics
2 ×#api
2 ×#behaviour
2 ×#comparison
2 ×#detection