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Used together with:
model (25)
check (21)
use (7)
base (5)
system (4)

Stem ctl$ (all stems)

49 papers:

LATALATA-2015-LuckMS #complexity #theorem
Parameterized Complexity of CTL — A Generalization of Courcelle’s Theorem (ML, AM, IS), pp. 549–560.
CADECADE-2015-Ji #deduction #model checking
CTL Model Checking in Deduction Modulo (KJ), pp. 295–310.
CAVCAV-2015-CookKP #automation #infinity #on the #verification
On Automation of CTL* Verification for Infinite-State Systems (BC, HK, NP), pp. 13–29.
CAVCAV-2015-FinkbeinerRS #algorithm #model checking
Algorithms for Model Checking HyperLTL and HyperCTL ^* (BF, MNR, CS), pp. 30–48.
FSEFSE-2014-VakiliD #infinity #modelling #smt #using #verification
Verifying CTL-live properties of infinite state models using an SMT solver (AV, NAD), pp. 213–223.
SLESLE-2014-BillGKS #model checking #ocl #specification
Model Checking of CTL-Extended OCL Specifications (RB, SG, PK, MS), pp. 221–240.
IJCARIJCAR-2014-Gore #fixpoint #logic #ltl
And-Or Tableaux for Fixpoint Logics with Converse: LTL, CTL, PDL and CPDL (RG), pp. 26–45.
ASEASE-2012-SongT #model checking #named #source code
PuMoC: a CTL model-checker for sequential programs (FS, TT), pp. 346–349.
WRLAWRLA-2012-LepriAO #maude #model checking #realtime
Timed CTL Model Checking in Real-Time Maude (DL, , PCÖ), pp. 182–200.
CAVCAV-2012-HassanBS #incremental #induction #model checking
Incremental, Inductive CTL Model Checking (ZH, ARB, FS), pp. 532–547.
ICEISICEIS-v3-2011-WangWWL #modelling #using #workflow
Formally Modeling and Analyzing Data-centric Workflow using WFCP-net and ASK-CTL (ZW, JW, LW, GL), pp. 139–144.
FoSSaCSFoSSaCS-2010-LaroussinieMP
Counting CTL (FL, AM, EP), pp. 206–220.
CAVCAV-2010-FerranteMNPS #model checking
A NuSMV Extension for Graded-CTL Model Checking (AF, MM, MN, MP, FS), pp. 670–673.
IJCARIJCAR-2010-FriedmannLL #automaton
A Decision Procedure for CTL* Based on Tableaux and Automata (OF, ML, ML), pp. 331–345.
FMFM-2009-Reynolds
A Tableau for CTL (MR), pp. 403–418.
CADECADE-2009-ZhangHD #calculus
A Refined Resolution Calculus for CTL (LZ, UH, CD), pp. 245–260.
FoSSaCSFoSSaCS-2008-Bozzelli #complexity #linear
The Complexity of CTL* + Linear Past (LB), pp. 186–200.
SEKESEKE-2008-DingZ #case study #explosion #problem
A Study of the Model Explosion Problem in CTL Model Update (YD, YZ), pp. 752–757.
LICSLICS-2008-BrazdilFKK #probability #problem #satisfiability
The Satisfiability Problem for Probabilistic CTL (TB, VF, JK, AK), pp. 391–402.
VMCAIVMCAI-2008-JonesH
CTL as an Intermediate Language (NDJ, RRH), p. 4.
EDOCEDOC-2007-HalleVCG #model checking #workflow
Model Checking Data-Aware Workflow Properties with CTL-FO+ (SH, RV, OC, BG), pp. 267–278.
COCVCOCV-2007-FangS #bidirectional #compilation #generative #java #using
Generating Java Compiler Optimizers Using Bidirectional CTL (LF, MS), pp. 49–63.
AMOSTAMOST-2007-WijesekeraASF #model checking #specification #testing
Relating counterexamples to test cases in CTL model checking specifications (DW, PA, LS, GF), pp. 75–84.
MBTMBT-2006-SilvaM #generative #towards
Towards Test Purpose Generation from CTL Properties for Reactive Systems (DAdS, PDLM), pp. 29–40.
TACASTACAS-2005-Marrero #using
Using BDDs to Decide CTL (WM), pp. 222–236.
QAPLQAPL-2004-Lluch-LafuenteM05 #calculus #constraints
Quantitative ?-calculus and CTL Based on Constraint Semirings (ALL, UM), pp. 37–59.
TACASTACAS-2004-ShohamG #abstraction
Monotonic Abstraction-Refinement for CTL (SS, OG), pp. 546–560.
SEFMSEFM-2004-SistlaWZ #using
Checking Extended CTL properties Using Guarded Quotient Structures (APS, XW, MZ), pp. 87–94.
DACDAC-2003-JayakumarPS #estimation
Dos and don’ts of CTL state coverage estimation (NJ, MP, FS), pp. 292–295.
ICALPICALP-2003-JohannsenL #exponential
CTL+ Is Complete for Double Exponential Time (JJ, ML), pp. 767–775.
CAVCAV-2003-CiardoS #model checking
Structural Symbolic CTL Model Checking of Asynchronous Systems (GC, RS), pp. 40–53.
CAVCAV-2003-ShohamG #abstraction #framework #game studies
A Game-Based Framework for CTL Counterexamples and 3-Valued Abstraction-Refinement (SS, OG), pp. 275–287.
CSLCSL-2003-SamerV #query #revisited
Validity of CTL Queries Revisited (MS, HV), pp. 470–483.
CAVCAV-2002-PurandareS
Vacuum Cleaning CTL Formulae (MP, FS), pp. 485–499.
FoSSaCSFoSSaCS-2001-LaroussinieMS #model checking
Model Checking CTL+ and FCTL is Hard (FL, NM, PS), pp. 318–331.
TACASTACAS-2001-Pandya #model checking
Model Checking CTL*[DC] (PKP), pp. 559–573.
DACDAC-2000-BloemRS #model checking
Symbolic guided search for CTL model checking (RB, KR, FS), pp. 29–34.
DATEDATE-2000-JangMH #model checking
Iterative Abstraction-Based CTL Model Checking (JYJ, IHM, GDH), pp. 502–507.
CAVCAV-1999-Lind-NielsenA #model checking
Stepwise CTL Model Checking of State/Event Systems (JLN, HRA), pp. 316–327.
LICSLICS-1999-MollerR #on the #power of
On the Expressive Power of CTL (FM, AMR), pp. 360–368.
DACDAC-1998-PardoH #incremental #model checking #using
Incremental CTL Model Checking Using BDD Subsetting (AP, GDH), pp. 457–462.
LICSLICS-1995-BhatCG #model checking #on the fly #performance
Efficient On-the-Fly Model Checking for CTL* (GB, RC, OG), pp. 388–397.
CAVCAV-1994-AzizSS #composition #equivalence #model checking
Formula-Dependent Equivalence for Compositional CTL Model Checking (AA, TRS, VS), pp. 324–337.
DACDAC-1993-HojatiSBK #approach #model checking
A Unified Approach to Language Containment and Fair CTL Model Checking (RH, TRS, RKB, RPK), pp. 475–481.
CAVCAV-1993-DamsGG #generative #modelling
Generation of Reduced Models for Checking Fragments of CTL (DD, OG, RG), pp. 479–490.
CAVCAV-1993-HojatiBK #debugging #design #using
BDD-Based Debugging Of Design Using Language Containment and Fair CTL (RH, RKB, RPK), pp. 41–58.
CAVCAV-1992-ShipleCSB #automation #composition #model checking #reduction
Automatic Reduction in CTL Compositional Model Checking (TRS, MC, ALSV, RKB), pp. 234–247.
ICALPICALP-1987-HaferT #logic #monad #quantifier
Computation Tree Logic CTL* and Path Quantifiers in the Monadic Theory of the Binary Tree (TH, WT), pp. 269–279.
ICALPICALP-1987-Josko #liveness #model checking
Modelchecking of CTL Formulae under Liveness Assumptions (BJ), pp. 280–289.

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.