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Used together with:
complex (5)
effici (4)
data (3)
use (3)
model (3)

Stem simplic$ (all stems)

28 papers:

PODSPODS-2015-MartensNNS #named #xml
BonXai: Combining the simplicity of DTD with the expressiveness of XML Schema (WM, FN, MN, TS), pp. 145–156.
SIGIRSIGIR-2014-Hearst #user interface
Seeking simplicity in search user interfaces (MAH), pp. 333–334.
GPCEGPCE-2013-KurilovaR #data type #linked data #on the #open data
On the simplicity of synthesizing linked data structure operations (DK, DR), pp. 155–158.
QoSAQoSA-ISARCS-2011-PeakeS #contract #modelling #trade-off
Systematic simplicity-accuracy tradeoffs in parameterised contract models (IDP, HWS), pp. 95–104.
ECOOPECOOP-2011-Chambers
Expressiveness, Simplicity, and Users (CC), p. 229.
ICEISICEIS-SAIC-2010-BohringerG #microblog #ubiquitous
The Beauty of Simplicity — Ubiquitous Microblogging in the Enterpise (MB, PG), pp. 65–70.
ICALPICALP-B-2008-Canetti #analysis #composition #performance #security
Composable Formal Security Analysis: Juggling Soundness, Simplicity and Efficiency (RC), pp. 1–13.
CCCC-2008-KhedkerK #analysis #data flow #interprocedural #performance #precise #string
Efficiency, Precision, Simplicity, and Generality in Interprocedural Data Flow Analysis: Resurrecting the Classical Call Strings Method (UPK, BK), pp. 213–228.
TACASTACAS-2007-RasmussenBL #complexity #flexibility
Complexity in Simplicity: Flexible Agent-Based State Space Exploration (JIR, GB, KGL), pp. 231–245.
HCIHCI-AS-2007-UflackerB #complexity #enterprise #experience #user interface
Complexity in Enterprise Applications vs. Simplicity in User Experience (MU, DKB), pp. 778–787.
HCIHCI-MIE-2007-ChungK #classification #using
Classification of a Person Picture and Scenery Picture Using Structured Simplicity (MBC, IJK), pp. 821–828.
OOPSLAOOPSLA-2007-Edwards
No ifs, ands, or buts: uncovering the simplicity of conditionals (JE), pp. 639–658.
CHICHI-2006-Dawe #how #product line
Desperately seeking simplicity: how young adults with cognitive disabilities and their families adopt assistive technologies (MD), pp. 1143–1152.
ICSTSAT-2006-SabharwalAGHS #modelling #performance #symmetry
QBF Modeling: Exploiting Player Symmetry for Simplicity and Efficiency (AS, CA, CPG, JWH, BS), pp. 382–395.
OOPSLAOOPSLA-2005-Edwards #named #programming
Subtext: uncovering the simplicity of programming (JE), pp. 505–518.
IWPCIWPC-2001-LiY #comprehension #concept #named
Simplicity: A Key Engineering Concept for Program Understanding (YL, HY), pp. 98–107.
DACDAC-1998-AmonBL #using
Making Complex Timing Relationships Readable: Presburger Formula Simplicication Using Don’t Cares (TA, GB, JL), pp. 586–590.
ICSEICSE-1998-HerbslebG #case study #complexity #concept #metric
Conceptual Simplicity Meets Organizational Complexity: Case Study of a Corporate Metrics Program (JDH, REG), pp. 271–280.
HTHT-1997-LaddCS #question #web #what
The World Wide Web: What Cost Simplicity? (BCL, MVC, PDS), pp. 210–211.
KDDKDD-1996-ProvanS #case study #data mining #mining
Data Mining and Model Simplicity: A Case Study in Diagnosis (GMP, MS), pp. 57–62.
ICSMEICSM-1995-Schneberger #complexity #component #distributed #maintenance
Software maintenance in distributed computer environments: system complexity versus component simplicity (SLS), pp. 304–317.
STOCSTOC-1994-Pellegrini #on the
On point location and motion planning among simplices (MP), pp. 95–104.
PPDPPLILP-1994-CodognetD #constraints #performance #theorem proving
clp(B): Combining Simplicity and Efficiency in Boolean Constraint Solving (PC, DD), pp. 244–260.
CHIINTERCHI-1993-Byrne #documentation #using
Using icons to find documents: simplicity is critical (MDB), pp. 446–453.
ICALPICALP-1990-Radge #parallel
The Parallel Simplicity of Compaction and Chaining (PR), pp. 744–751.
ICMLML-1988-IbaWL #concept #incremental #learning
Trading Off Simplicity and Coverage in Incremental concept Learning (WI, JW, PL), pp. 73–79.
POPLPOPL-1988-WilliamsW #question
Sacrificing Simplicity for Convenience: Where Do You Draw the Line? (JHW, ELW), pp. 169–179.
OOPSLAOOPSLA-1987-UngarS #named #power of
Self: The Power of Simplicity (DU, RBS), pp. 227–242.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
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