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Used together with:
syntax (24)
abstract (21)
model (12)
languag (10)
program (9)

Stem concret$ (all stems)

77 papers:

HCIHCI-DE-2015-Moallem #question #user interface
Concrete or Abstract User Interface? (AM), pp. 390–395.
ECOOPECOOP-2015-RichardsNV #typescript
Concrete Types for TypeScript (GR, FZN, JV), pp. 76–100.
CAVCAV-2015-JeonQSF #adaptation #parallel #synthesis
Adaptive Concretization for Parallel Program Synthesis (JJ, XQ, ASL, JSF), pp. 377–394.
ICLPICLP-2015-Maher
Relating Concrete Argumentation Formalisms and Abstract Argumentation (MJM).
ICSTICST-2015-Holleis #development #embedded #industrial #testing #workflow
Integrating Concrete Symbolic Testing with an Industrial Embedded Software Development Workflow (EJH), pp. 1–2.
ISSTAISSTA-2015-ClappAA #data flow #mining #named #specification
Modelgen: mining explicit information flow specifications from concrete executions (LC, SA, AA), pp. 129–140.
ASEASE-2014-DingesA #execution #generative #using
Targeted test input generation using symbolic-concrete backward execution (PD, GAA), pp. 31–36.
FSEFSE-2014-MileaJK #abstraction #detection #refactoring #scalability
Vector abstraction and concretization for scalable detection of refactorings (NAM, LJ, SCK), pp. 86–97.
ASEASE-2013-AvazpourGG #automation #model transformation #specification #tool support #using #visualisation
Tool support for automatic model transformation specification using concrete visualisations (IA, JG, LG), pp. 718–721.
SASSAS-2013-Roy #source code
From Concrete Examples to Heap Manipulating Programs (SR), pp. 126–149.
STOCSTOC-2013-Ben-SassonCGT #on the #performance #proving
On the concrete efficiency of probabilistically-checkable proofs (EBS, AC, DG, ET), pp. 585–594.
SACSAC-PL-J-2011-DinkelakerEM13 #compilation #embedded #incremental #syntax
Incremental concrete syntax for embedded languages with support for separate compilation (TD, ME, MM), pp. 615–632.
ICSEICSE-2013-MeneelyL #re-engineering
Vulnerability of the day: concrete demonstrations for software engineering undergraduates (AM, SL), pp. 1154–1157.
CASECASE-2012-HamPL #empirical #performance
Experiment for attaching performance of a fan and vacuum pad on grooved vertical concrete walls (YBH, CDP, BJL), pp. 1010–1015.
MSRMSR-2012-HuHHW #android #architecture #dependence
The build dependency perspective of Android’s concrete architecture (WH, DH, AH, KW), pp. 128–131.
WICSAWICSA-2011-Selic #abstraction
Making Abstraction Concrete (BS), p. 1.
ITiCSEITiCSE-2011-OliveiraMR #learning #problem #programming
From concrete to abstract?: problem domain in the learning of introductory programming (OLO, AMM, NTR), pp. 173–177.
CSMRCSMR-2011-AnquetilL #legacy
Legacy Software Restructuring: Analyzing a Concrete Case (NA, JL), pp. 279–286.
SFMSFM-2011-JurjensOSMHI #evolution #modelling #specification
Modelling Secure Systems Evolution: Abstract and Concrete Change Specifications (JJ, MO, HS, LM, SHH, SI), pp. 504–526.
SACSAC-2011-DinkelakerEM #embedded #incremental #syntax
Incremental concrete syntax for embedded languages (TD, ME, MM), pp. 1309–1316.
LDTALDTA-2011-EconomopoulosF #higher-order #syntax
Higher-order transformations with nested concrete syntax (GRE, BF), p. 4.
ISSTAISSTA-2011-PasareanuRV #execution #symbolic computation
Symbolic execution with mixed concrete-symbolic solving (CSP, NR, WV), pp. 34–44.
FLOPSFLOPS-2010-Kiselyov #ml
Delimited Control in OCaml, Abstractly and Concretely: System Description (OK), pp. 304–320.
SLESLE-2010-KatsKV #ambiguity #interactive #metaprogramming #source code #syntax
Interactive Disambiguation of Meta Programs with Concrete Object Syntax (LCLK, KTK, EV), pp. 327–336.
DACDAC-2009-NanshiS #abstraction #constraints #refinement
Constraints in one-to-many concretization for abstraction refinement (KN, FS), pp. 569–574.
SACSAC-2009-DemailleLS #abstract syntax tree #effectiveness #named #parsing #using
TWEAST: a simple and effective technique to implement concrete-syntax AST rewriting using partial parsing (AD, RL, BS), pp. 1924–1929.
DACDAC-2008-HaldarSPDG #c++ #modelling #verification
Construction of concrete verification models from C++ (MH, GS, SP, BD, AG), pp. 942–947.
DATEDATE-2008-NanshiS
Improved Visibility in One-to-Many Trace Concretization (KN, FS), pp. 819–824.
SOFTVISSOFTVIS-2008-ParduhnSW #algorithm #graph #using #visualisation
Algorithm visualization using concrete and abstract shape graphs (SAP, RS, RW), pp. 33–36.
ICEISICEIS-AIDSS-2008-AccianiFMM #classification #feature model #search-based #statistics
Genetic Feature Selection and Statistical Classification of Voids in Concrete Structure (GA, GF, DM, DM), pp. 231–234.
ICPRICPR-2008-YamaguchiH #detection #image
Improved percolation-based method for crack detection in concrete surface images (TY, SH), pp. 1–4.
ECMFAECMDA-FA-2008-Espinazo-PaganTM #approach #metamodelling
Metamodel Syntactic Sheets: An Approach for Defining Textual Concrete Syntaxes (JEP, MMT, JGM), pp. 185–199.
ECMFAECMDA-FA-2008-Fondement #syntax #visual notation
Graphical Concrete Syntax Rendering with SVG (FF), pp. 200–214.
ECMFAECMDA-FA-2008-GoldschmidtBU #classification #syntax
Classification of Concrete Textual Syntax Mapping Approaches (TG, SB, AU), pp. 169–184.
SLESLE-2008-Goldschmidt #approach #incremental #repository #towards
Towards an Incremental Update Approach for Concrete Textual Syntaxes for UUID-Based Model Repositories (TG), pp. 168–177.
ISSTAISSTA-2008-PasareanuMBGLPP #execution #symbolic computation #testing
Combining unit-level symbolic execution and system-level concrete execution for testing NASA software (CSP, PCM, DHB, KGB, MRL, SP, MP), pp. 15–26.
FATESTestCom-FATES-2008-FaivreGGT #refinement
Test Purpose Concretization through Symbolic Action Refinement (AF, CG, PLG, AT), pp. 184–199.
ESOPESOP-2007-BlanquiHW #data type #implementation #on the
On the Implementation of Construction Functions for Non-free Concrete Data Types (FB, TH, PW), pp. 95–109.
PEPMPEPM-2007-RooverDBND #behaviour #logic #query #similarity #source code #using
Behavioral similarity matching using concrete source code templates in logic queries (CDR, TD, JB, CN, LD), pp. 92–101.
ICEISICEIS-SAIC-2007-LokeLIK #adaptation #approach #smarttech #towards #workflow
Adaptive Workflows for Smart Devices — A Concrete Approach Towards Device Failures (SWL, SL, MI, SK), pp. 191–197.
MODELSMoDELS-2007-KrahnRV #syntax
Integrated Definition of Abstract and Concrete Syntax for Textual Languages (HK, BR, SV), pp. 286–300.
MODELSMoDELS-2007-KrahnRV #syntax
Integrated Definition of Abstract and Concrete Syntax for Textual Languages (HK, BR, SV), pp. 286–300.
CAVCAV-2007-BeyerHT #configuration management #convergence #model checking #program analysis #verification
Configurable Software Verification: Concretizing the Convergence of Model Checking and Program Analysis (DB, TAH, GT), pp. 504–518.
ICPRICPR-v3-2006-FujitaMH #detection
A Method for Crack Detection on a Concrete Structure (YF, YM, YH), pp. 901–904.
MODELSMoDELS-2006-Baar #modelling #syntax #visual notation
Correctly Defined Concrete Syntax for Visual Modeling Languages (TB), pp. 111–125.
MODELSMoDELS-2006-MullerFFHSGJ #analysis #modelling #syntax #synthesis
Model-Driven Analysis and Synthesis of Concrete Syntax (PAM, FF, FF, MH, RS, SG, JMJ), pp. 98–110.
MODELSMoDELS-2006-Baar #modelling #syntax #visual notation
Correctly Defined Concrete Syntax for Visual Modeling Languages (TB), pp. 111–125.
MODELSMoDELS-2006-MullerFFHSGJ #analysis #modelling #syntax #synthesis
Model-Driven Analysis and Synthesis of Concrete Syntax (PAM, FF, FF, MH, RS, SG, JMJ), pp. 98–110.
GPCEGPCE-2006-JouaultBK #domain-specific language #named #specification
TCS: a DSL for the specification of textual concrete syntaxes in model engineering (FJ, JB, IK), pp. 249–254.
WICSAWICSA-2005-Riva #architecture #logic #re-engineering
Bridging the Concrete and Logical Domains for Software Architecture Reconstruction (CR), pp. 263–264.
IFMIFM-2005-GodefroidK #model checking
Software Model Checking: Searching for Computations in the Abstract or the Concrete (PG, NK), pp. 20–32.
ECMFAECMDA-FA-2005-FondementB #metamodelling #syntax
Making Metamodels Aware of Concrete Syntax (FF, TB), pp. 190–204.
GPCEGPCE-2005-BravenboerVVV #ambiguity #metaprogramming #source code #syntax #type system
Generalized Type-Based Disambiguation of Meta Programs with Concrete Object Syntax (MB, RV, JJV, EV), pp. 157–172.
ICSEICSE-2005-EbertM #nondeterminism #requirements
Requirements Uncertainty: Influencing Factors and Concrete Improvements (CE, JDM), pp. 553–560.
CAVCAV-2005-PasareanuPV #model checking #refinement
Concrete Model Checking with Abstract Matching and Refinement (CSP, RP, WV), pp. 52–66.
ICPRICPR-v2-2004-ZhangN
Surface Tortuosity and its Application to Analyzing Cracks in Concrete (TZ, GN), pp. 851–854.
SEKESEKE-2004-CorreaW #approach #specification #transaction #validation
Specification and Validation of Transactional Business Software: An Approach Based on the Exploration of Concrete Scenarios (ALC, CMLW), pp. 294–299.
OOPSLAOOPSLA-2004-BravenboerV #domain-specific language #strict #syntax
Concrete syntax for objects: domain-specific language embedding and assimilation without restrictions (MB, EV), pp. 365–383.
LOPSTRLOPSTR-2003-FischerV #prolog #syntax #synthesis
Adding Concrete Syntax to a Prolog-Based Program Synthesis System (Extended Abstract) (BF, EV), pp. 56–58.
GPCEGPCE-2002-Visser #metaprogramming #syntax
Meta-programming with Concrete Object Syntax (EV), pp. 299–315.
IJCARIJCAR-2001-HaarslevMW #approach #logic #motivation
The Description Logic ALCNHR+ Extended with Concrete Domains: A Practically Motivated Approach (VH, RM, MW), pp. 29–44.
IJCARIJCAR-2001-Lutz #logic
NEXPTIME-Complete Description Logics with Concrete Domains (CL), pp. 45–60.
ITiCSEITiCSE-1998-Astrachan #education
Concrete teaching: hooks and props as instructional technology (OLA), pp. 21–24.
ESOPESOP-1998-ChatterjeeRL #complexity #exception
Complexity of Concrete Type-Inference in the Presence of Exceptions (RC, BGR, WL), pp. 57–74.
ICSEICSE-1997-Wile #syntax
Abstract Syntax from Concrete Syntax (DSW), pp. 472–480.
OOPSLAOOPSLA-1995-AgesenH #comparison #feedback #object-oriented #optimisation #type inference
Type Feedback vs. Concrete Type Inference: A Comparison of Optimization Techniques for Object-Oriented Languages (OA, UH), pp. 91–107.
OOPSLAOOPSLA-1995-SmithMU #flexibility #self #user interface
The Self-4.0 User Interface: Manifesting a System-wide Vision of Concreteness, Uniformity and Flexibility (RBS, JM, DU), pp. 47–60.
OOPSLAOOPSLA-1994-PlevyakC #object-oriented #precise #type inference
Precise Concrete Type Inference for Object-Oriented Languages (JP, AAC), pp. 324–340.
ECOOPECOOP-1992-DodaniT #named #object-oriented #programming #type system
ACTS: A Type System for Object-Oriented Programming Based on Abstract and Concrete Classes (MD, CST), pp. 309–328.
LICSLICS-1992-Curien #algorithm #data type
Observable Algorithms on Concrete Data Structures (PLC), pp. 432–443.
ICSEICSE-1990-ChoppyK #development #prototype #specification
Mixing Abstract and Concrete Modules: Specification, Development and Prototyping (CC, SK), pp. 173–184.
LICSLICS-1990-Lewis #logic
A Logic of Concrete Time Intervals (Extended Abstract) (HRL), pp. 380–389.
RTARTA-1989-KaplanC
Abstract Rewriting with Concrete Operations (SK, CC), pp. 178–186.
LISPLFP-1988-AasaPS #functional #syntax
Concrete Syntax for Data Objects in Functional Languages (AA, KP, DS), pp. 96–105.
STOCSTOC-1982-Bach #algorithm #performance
Fast Algorithms under the Extended Riemann Hypothesis: A Concrete Estimate (EB), pp. 290–295.
ICALPICALP-1979-DuncanY #algorithm #correctness #proving
Studies in Abstract/Concrete Mappings in Proving Algorithm Correctness (AGD, LY), pp. 218–229.
ICALPICALP-1972-Wand #approach #recursion
A Concrete Approach to Abstract Recursion Definitions (MW), pp. 331–341.

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.