Stem comprehend$ (all stems)
24 papers:
ICSME-2015-NittaM #abstraction #why- Delta extraction: An abstraction technique to comprehend why two objects could be related (NN, TM), pp. 61–70.
MoDELS-2014-Reinhartz-BergerFH #feature model #modelling- Comprehending Feature Models Expressed in CVL (IRB, KF, ØH), pp. 501–517.
ASPLOS-2014-YuHZX #execution #performance- Comprehending performance from real-world execution traces: a device-driver case (XY, SH, DZ, TX), pp. 193–206.
VISSOFT-2013-FittkauWWH #approach #scalability #visualisation- Live trace visualization for comprehending large software landscapes: The ExplorViz approach (FF, JW, CW, WH), pp. 1–4.
ICSE-2012-RoehmTKM #developer #how #question- How do professional developers comprehend software? (TR, RT, RK, WM), pp. 255–265.
ICPC-2010-AmouiLOT #adaptation #metamodelling #towards- Towards Developing a Meta-model for Comprehending Software Adaptability (MA, SL, EAOJ, LT), pp. 56–57.
KDD-2010-SundaravaradanHSSVHR #biology #modelling- Extracting temporal signatures for comprehending systems biology models (NS, KSMTH, VS, DJS, JPCV, LSH, NR), pp. 453–462.
- ICSE-2010-WuYR #dependence
- Comprehending module dependencies and sharing (YW, RHCY, RR), pp. 89–98.
PPDP-2008-ChitilD #algorithm #debugging #finite #functional #higher-order #source code- Comprehending finite maps for algorithmic debugging of higher-order functional programs (OC, TD), pp. 205–216.
- ICPC-2007-LuccaSFSH #aspect-oriented #challenge #roadmap #source code
- Comprehending Aspect-Oriented Programs: Challenges and Open Issues (GADL, MS, BF, ES, HJH), pp. 286–292.
HIMI-IIE-2007-VuCGCSNPP #how #policy #privacy- How Users Read and Comprehend Privacy Policies (KPLV, VC, FPG, BC, JS, DN, RP, RWP), pp. 802–811.
CSMR-2006-SalahMAP #dynamic analysis #scalability- Scenario-Driven Dynamic Analysis for Comprehending Large Software Systems (MS, SM, GA, MDP), pp. 71–80.
- ICSM-2005-SalahMAP #dynamic analysis #towards
- Towards Employing Use-Cases and Dynamic Analysis to Comprehend Mozilla (MS, SM, GA, MDP), pp. 639–642.
IWPC-2003-Cordy03a #automation #industrial #maintenance- Comprehending Reality — Practical Barriers to Industrial Adoption of Software Maintenance Automation (JRC), pp. 196–206.
- IWPC-2003-HopfnerSG #graph #visualisation #xml
- Comprehending and Visualizing Software Based on XML — Representations and Call Graphs (MH, DS, JWvG), pp. 290–291.
WCRE-2003-SalahM #distributed #towards- Toward an environment for comprehending distributed systems (MS, SM), pp. 238–247.
- IWPC-2002-LuccaFPTC #approach #clustering #web
- Comprehending Web Applications by a Clustering Based Approach (GADL, ARF, FP, PT, UdC), pp. 261–270.
- IWPC-2000-Gallagher #comprehension #tool support
- Tools for Program Comprehension: Building a Comprehender’s Workbench (KBG), p. 255.
- IWPC-2000-Mittermeir #distance
- Comprehending by varying Focal Distance (RM), pp. 3–4.
- CSMR-1999-KrikhaarPZ #resource management
- Employing Use-cases and Domain Knowledge for Comprehending Resource Usage (RLK, MP, JZ), pp. 14–21.
- IWPC-1999-SneedD #distributed #object-oriented
- Comprehending a Complex, Distributed, Object-Oriented Software System a Report from the Field (HMS, TD), pp. 218–225.
- ICSE-1991-FischerHR #reuse #tool support
- Cognitive tools for locating and comprehending software objects for reuse (GF, SH, DFR), pp. 318–328.
LFP-1990-Wadler #monad- Comprehending Monads (PW), pp. 61–78.
HT-1987-Charney- Comprehending Non-Linear Text: The Role of Discourse Cues and Reading Strategies (DC), pp. 109–120.
