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explosion
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Tag #explosion

21 papers:

ASEASE-2018-MukelabaiNMBS #case study #combinator #configuration management #industrial
Tackling combinatorial explosion: a study of industrial needs and practices for analyzing highly configurable systems (MM, DN, SM, TB, JPS), pp. 155–166.
SEKESEKE-2013-SilvaOL #declarative #modelling #problem #process
A Solution to the State Space Explosion Problem in Declarative Business Process Modeling (NCS, CALO, RMFL), pp. 26–29.
PEPMPEPM-2011-JonssonN #supercompilation
Taming code explosion in supercompilation (PAJ, JN), pp. 33–42.
LICSLICS-2009-Clarke #problem
My 27-year Quest to Overcome the State Explosion Problem (EMC), p. 3.
SEKESEKE-2008-DingZ #case study #problem
A Study of the Model Explosion Problem in CTL Model Update (YD, YZ), pp. 752–757.
TACASTACAS-2008-BoonstoppelCE #constraints #generative #named #testing
RWset: Attacking Path Explosion in Constraint-Based Test Generation (PB, CC, DRE), pp. 351–366.
ASEASE-2007-LedruDBVR #combinator #generative
Mastering combinatorial explosion with the tobias-2 test generator (YL, FD, LdB, SV, ER), pp. 535–536.
CBSECBSE-2006-AttieLPC #behaviour #component #design #verification
Behavioral Compatibility Without State Explosion: Design and Verification of a Component-Based Elevator Control System (PCA, DHL, AP, HC), pp. 33–49.
TACASTACAS-2004-LugiezNZ #approach #automaton #partial order #problem #semantics
A Partial Order Semantics Approach to the Clock Explosion Problem of Timed Automata (DL, PN, SZ), pp. 296–311.
DATEDATE-2003-LomenaLWK #approach #performance #scheduling
An Efficient Hash Table Based Approach to Avoid State Space Explosion in History Driven Quasi-Static Scheduling (AGL, MLLV, YW, AK), pp. 10428–10435.
FMFME-2001-DerepasGP #distributed
Avoiding State Explosion for Distributed Systems with Timestamps (FD, PG, DP), pp. 119–134.
POPLPOPL-2001-FlanaganS #exponential #generative #verification
Avoiding exponential explosion: generating compact verification conditions (CF, JBS), pp. 193–205.
CAVCAV-2001-DelzannoRB
Attacking Symbolic State Explosion (GD, JFR, LVB), pp. 298–310.
FoSSaCSFoSSaCS-2000-LaroussinieS #bisimulation #equivalence #problem
The State Explosion Problem from Trace to Bisimulation Equivalence (FL, PS), pp. 192–207.
CAVCAV-2000-Pnueli #abstraction #composition #deduction #symmetry
Keynote Address: Abstraction, Composition, Symmetry, and a Little Deduction: The Remedies to State Explosion (AP), p. 1.
FMFME-1997-SchonhoffK #specification #testing
Specifying the Remote Control of Valves in an Explosion Test Environment (MS, MK), pp. 201–220.
TACASTACAS-1995-KnoopSV #analysis #exclamation #for free #parallel
Parallelism for Free: Bitvector Analyses -> No State Explosion! (JK, BS, JV), pp. 264–289.
CAVCAV-1992-McMillan #problem #using #verification
Using Unfoldings to Avoid the State Explosion Problem in the Verification of Asynchronous Circuits (KLM), pp. 164–177.
CAVCAV-1990-Clarke #logic #model checking #problem
Temporal Logic Model Checking: Two Techniques for Avoiding the State Explosion Problem (EMC), p. 1.
CAVCAV-1990-ProbstL #partial order #problem #semantics #using
Using Partial-Order Semantics to Avoid the State Explosion Problem in Asynchronous Systems (DKP, HFL), pp. 146–155.
CAVCAV-1990-Valmari
A Stubborn Attack On State Explosion (AV), pp. 156–165.

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