BibSLEIGH
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Used together with:
embed (9)
languag (7)
develop (5)
model (5)
engin (4)

Stem dsls$ (all stems)

39 papers:

DATEDATE-2015-DeAntoniDTCC #concurrent #domain-specific language #metalanguage #towards
Towards a meta-language for the concurrency concern in DSLs (JD, PID, CT, JC, BC), pp. 313–316.
MoDELSMoDELS-2015-GreifenbergLRR #domain-specific language
Engineering tagging languages for DSLs (TG, ML, SR, BR), pp. 34–43.
GPCEGPCE-2015-LeissaBHMS #domain-specific language #online #partial evaluation
Shallow embedding of DSLs via online partial evaluation (RL, KB, SH, RM, PS), pp. 11–20.
GPCEGPCE-2015-ScherrC #domain-specific language #embedded #staged
Almost first-class language embedding: taming staged embedded DSLs (MS, SC), pp. 21–30.
SACSAC-2015-BacikovaPCN #domain-specific language #user interface
Bootstrapping DSLs from user interfaces (MB, JP, SC, MN), pp. 2115–2118.
SLESLE-2015-DegueuleCBBJ #composition #development #domain-specific language #metalanguage #named #reuse
Melange: a meta-language for modular and reusable development of DSLs (TD, BC, AB, OB, JMJ), pp. 25–36.
ICFPICFP-2014-HickeyPEBL #domain-specific language #embedded
Building embedded systems with embedded DSLs (PCH, LP, TE, JB, JL), pp. 3–9.
ECMFAECMFA-2014-Moreno-DelgadoDZT #analysis #composition #domain-specific language #flexibility
Modular DSLs for Flexible Analysis: An e-Motions Reimplementation of Palladio (AMD, FD, SZ, JT), pp. 132–147.
MODELSMoDELS-2014-GranadaVBM #development #domain-specific language #effectiveness #visual notation
Enabling the Development of Cognitive Effective Visual DSLs (DG, JMV, VAB, EM), pp. 535–551.
MODELSMoDELS-2014-GranadaVBM #development #domain-specific language #effectiveness #visual notation
Enabling the Development of Cognitive Effective Visual DSLs (DG, JMV, VAB, EM), pp. 535–551.
ECOOPECOOP-2014-MayerS #automation #domain-specific language #framework #java #multi #refactoring
Automated Multi-Language Artifact Binding and Rename Refactoring between Java and DSLs Used by Java Frameworks (PM, AS), pp. 437–462.
GPCEGPCE-2014-JovanovicSSNKO #domain-specific language #named
Yin-yang: concealing the deep embedding of DSLs (VJ, AS, SS, VN, CK, MO), pp. 73–82.
PPDPPPDP-2014-KranzS #compilation #domain-specific language #functional #integration #legacy #performance
Structure-Preserving Compilation: Efficient Integration of Functional DSLs into Legacy Systems (JK, AS), pp. 187–198.
PEPMPEPM-2013-DevrieseSCP #domain-specific language #recursion
Fixing idioms: a recursion primitive for applicative DSLs (DD, IS, DC, FP), pp. 97–106.
SEFMSEFM-2013-KeshishzadehMM #automation #debugging #detection #domain-specific language #fault #smt #using
Early Fault Detection in DSLs Using SMT Solving and Automated Debugging (SK, AJM, MRM), pp. 182–196.
MODELSMoDELS-2013-SemerathHV #constraints #domain-specific language #graph #query #validation
Validation of Derived Features and Well-Formedness Constraints in DSLs — By Mapping Graph Queries to an SMT-Solver (OS, ÁH, DV), pp. 538–554.
MODELSMoDELS-2013-SemerathHV #constraints #domain-specific language #graph #query #validation
Validation of Derived Features and Well-Formedness Constraints in DSLs — By Mapping Graph Queries to an SMT-Solver (OS, ÁH, DV), pp. 538–554.
ESEC-FSEESEC-FSE-2013-Tikhonova #domain-specific language #framework #semantics
A framework for defining the dynamic semantics of DSLs (UT), pp. 735–738.
PLDIPLDI-2012-CarteyLM #domain-specific language #source code
Synthesising graphics card programs from DSLs (LC, RL, OdM), pp. 121–132.
ICFPICFP-2012-JonesFA #domain-specific language
Deconstraining DSLs (WJ, TF, TORA), pp. 299–310.
ICMTICMT-2012-GeorgeWS #domain-specific language #model transformation #scala #type safety
Type-Safe Model Transformation Languages as Internal DSLs in Scala (LG, AW, MS), pp. 160–175.
SLESLE-2012-DuranZT #domain-specific language #non-functional #on the #reuse #specification
On the Reusable Specification of Non-functional Properties in DSLs (FD, SZ, JT), pp. 332–351.
PADLPADL-2011-DevrieseP #combinator #domain-specific language #recursion #semiparsing
Explicitly Recursive Grammar Combinators — A Better Model for Shallow Parser DSLs (DD, FP), pp. 84–98.
SLESLE-2011-TairasC #domain-specific language #ocl
Cloning in DSLs: Experiments with OCL (RT, JC), pp. 60–76.
SPLCSPLC-2011-Volter #case study #domain-specific language #experience #product line #tool support
DSLs for Product Lines: Approaches, Tools, Experiences (MV), p. 353.
GPCEGPCE-2010-RompfO #approach #code generation #composition #domain-specific language #lightweight #runtime #staging
Lightweight modular staging: a pragmatic approach to runtime code generation and compiled DSLs (TR, MO), pp. 127–136.
LDTALDTA-2010-Freudenthal #domain-specific language #enterprise #using
Using DSLs for developing enterprise systems (MF), p. 11.
CEFPCEFP-2009-Granicz #agile #domain-specific language #f# #prototype
Rapid Prototyping of DSLs with F# (AG), pp. 1–18.
HCIHCI-NIMT-2009-LevendovszkyM #behaviour #domain-specific language #modelling #visual notation
Tooling the Dynamic Behavior Models of Graphical DSLs (TL, TM), pp. 830–839.
GPCEGPCE-2009-Cordy #domain-specific language #generative
Eating our own dog food: DSLs for generative and transformational engineering (JRC), pp. 3–4.
PADLPADL-2009-DukeBWR #design #domain-specific language #embedded #multi #source code #visualisation
Huge Data But Small Programs: Visualization Design via Multiple Embedded DSLs (DJD, RB, MW, CR), pp. 31–45.
LDTALDTA-2008-Dolstra09 #domain-specific language #functional #lazy evaluation #performance
Maximal Laziness: An Efficient Interpretation Technique for Purely Functional DSLs (ED), pp. 81–99.
SLESLE-2009-Cordy #domain-specific language #generative
Eating Our Own Dog Food: DSLs for Generative and Transformational Engineering (JRC), p. 1.
SLESLE-2009-HemelV #domain-specific language #framework #independence #named
PIL: A Platform Independent Language for Retargetable DSLs (ZH, EV), pp. 224–243.
ECSAECSA-2008-OberDFP #component #development #domain-specific language #product line #towards
Towards Interoperability in Component Based Development with a Family of DSLs (IO, AAD, LF, CP), pp. 148–163.
GPCEGPCE-2008-HoferORM #domain-specific language #polymorphism
Polymorphic embedding of dsls (CH, KO, TR, AM), pp. 137–148.
SACSAC-2007-CleenewerckK #domain-specific language #semantics
Separation of concerns in translational semantics for DSLs in model engineering (TC, IK), pp. 985–992.
GPCEGPCE-2004-SeefriedCK #domain-specific language #embedded #haskell #optimisation #using
Optimising Embedded DSLs Using Template Haskell (SS, MMTC, GK), pp. 186–205.
ASEASE-2003-ConselR #domain-specific language #programmable #robust
A Programmable Client-Server Model: Robust Extensibility via DSLs (CC, LR), pp. 70–79.

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.