♂ Person: Chris Parnin

DBLP: Parnin:Chris

Facilitated 1 volumes:

PrCo

Contributed to:

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2009

Wrote 26 papers:

ICSE-v2-2015-ElliottPP #artificial reality #challenge #re-engineering

Virtual Reality in Software Engineering: Affordances, Applications, and Challenges (AE, BP, CP), pp. 547–550.

ISSTA-2015-WangPO #fault #locality

Evaluating the usefulness of IR-based fault localization techniques (QW, CP, AO), pp. 1–11.

ICSE-2014-SiegmundKAPBLSB #comprehension #functional #source code

Understanding understanding source code with functional magnetic resonance imaging (JS, CK, SA, CP, AB, TL, GS, AB), pp. 378–389.

ICPC-2013-ParninTS #challenge #developer

Blogging developer knowledge: Motivations, challenges, and future directions (CP, CT, MADS), pp. 211–214.

ICPC-2012-ParninR #memory management

Programmer information needs after memory failure (CP, SR), pp. 123–132.

ICPC-2011-Parnin #developer #named #towards

Subvocalization — Toward Hearing the Inner Thoughts of Developers (CP), pp. 197–200.

ISSTA-2011-ParninO #automation #debugging #question

Are automated debugging techniques actually helping programmers? (CP, AO), pp. 199–209.

MSR-2011-ParninBM #how #java

Java generics adoption: how new features are introduced, championed, or ignored (CP, CB, ERMH), pp. 3–12.

CHI-2010-ParninD #programming

Evaluating cues for resuming interrupted programming tasks (CP, RD), pp. 93–102.

SOFTVIS-2010-ParninGR #interactive #maintenance #named #programming

CodePad: interactive spaces for maintaining concentration in programming environments (CP, CG, SR), pp. 15–24.

ICPC-2009-ParninGR #named

TaskBoard: Tracking pertinent task artifacts and plans (CP, CG, SR), pp. 317–318.

ICPC-2009-ParninR #programming

Resumption strategies for interrupted programming tasks (CP, SR), pp. 80–89.

ICPC-J-2009-ParninR11 #programming

Resumption strategies for interrupted programming tasks (CP, SR), pp. 5–34.

ICSE-2009-Murphy-HillPB #how

How we refactor, and how we know it (ERMH, CP, APB), pp. 287–297.

MSR-2008-ParninG

Improving change descriptions with change contexts (CP, CG), pp. 51–60.

SOFTVIS-2008-ParninGN #lightweight #smell #visualisation

A catalogue of lightweight visualizations to support code smell inspection (CP, CG, ON), pp. 77–86.

VISSOFT-2007-ParninG #design #guidelines #visualisation

Design Guidelines for Ambient Software Visualization in the Workplace (CP, CG), pp. 18–25.

ICPC-2006-ParninG #comprehension

Building Usage Contexts During Program Comprehension (CP, CG), pp. 13–22.

MSR-2006-ParninGR #interactive

Enriching revision history with interactions (CP, CG, SR), pp. 155–158.

SOFTVIS-2006-ParninG #lightweight #smell #visualisation

Lightweight visualizations for inspecting code smells (CP, CG), pp. 171–172.

FSE-2016-FordSGP #identification #stack overflow

Paradise unplugged: identifying barriers for female participation on stack overflow (DF, JS0, PJG, CP), pp. 846–857.

ASE-2017-MirhosseiniP #automation #dependence #developer #question

Can automated pull requests encourage software developers to upgrade out-of-date dependencies? (SM, CP), pp. 84–94.

ESEC-FSE-2017-SiegmundPPAHKBB #comprehension #performance

Measuring neural efficiency of program comprehension (JS, NP, CP, SA, JH, CK, AB, AB, AB), pp. 140–150.

ESEC-FSE-2018-BarikFMP #compilation #developer #how #problem #question

How should compilers explain problems to developers? (TB, DF, ERMH, CP), pp. 633–643.

ASE-2019-HortonP #detection #named #performance #python

V2: Fast Detection of Configuration Drift in Python (EH, CP), pp. 477–488.

AIIDE-2009-JonesPSRG #adaptation #game studies #requirements

Adapting Game-Playing Agents to Game Requirements (JJ, CP, AS, SR, AKG0).