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Used together with:
implicit (10)
method (7)
remot (5)
servic (3)
analysi (3)

Stem invoc$ (all stems)

24 papers:

FSEFSE-2014-KrkaBM #automation #invariant #mining #specification
Automatic mining of specifications from invocation traces and method invariants (IK, YB, NM), pp. 178–189.
CHICHI-2013-GartenbergBPMT #adaptation #automation #fault
Adaptive automation and cue invocation: the effect of cue timing on operator error (DG, LAB, JP, JMM, JGT), pp. 3121–3130.
CGOCGO-2013-HuangJBJA #automation #parallel #runtime #using
Automatically exploiting cross-invocation parallelism using runtime information (JH, TBJ, SRB, NPJ, DIA), p. 11.
ASEASE-2011-Halfond #web
Domain and value checking of web application invocation arguments (WGJH), pp. 544–547.
OnwardOnward-2011-NevesGF #stack
Language support for asynchronous event handling in the invocation call stack (CRGdN, EMG, CTF), pp. 177–180.
GPCEGPCE-2010-LongMSR #concurrent
Implicit invocation meets safe, implicit concurrency (YL, SLM, TS, HR), pp. 63–72.
SACSAC-2010-PawlitzkiS
Implicit invocation of traits (TP, FS), pp. 2085–2089.
ECOOPECOOP-2009-IbrahimJTC #composition
Remote Batch Invocation for Compositional Object Services (AI, YJ, ET, WRC), pp. 595–617.
SACSAC-2008-AndronickN #embedded #protocol
Certifying an embedded remote method invocation protocol (JA, QHN), pp. 352–359.
SACSAC-2008-ReverbelN #multi #transaction
Dynamic support to transactional remote invocations over multiple transports (FR, ISN), pp. 499–506.
FASEFASE-2007-DarvasL #implementation #reasoning
Practical Reasoning About Invocations and Implementations of Pure Methods (ÁD, KRML), pp. 336–351.
SCAMSCAM-J-2005-ZhangBCD06 #using
Using source transformation to test and model check implicit-invocation systems (HZ, JSB, JRC, JD), pp. 209–227.
ICSMEICSM-2005-SalahDMSV #named #reverse engineering #sequence
Scenariographer: A Tool for Reverse Engineering Class Usage Scenarios from Method Invocation Sequences (MS, TD, SM, AS, FIV), pp. 155–164.
SCAMSCAM-2005-ZhangBCD #implementation #using #verification
Implementation and Verification of Implicit-Invocation Systems Using Source Transformation (HZ, JSB, JRC, JD), pp. 87–96.
ASEASE-2004-XuRS #aspect-oriented #comprehension
Understanding Aspects via Implicit Invocation (JX, HR, KJS), pp. 332–335.
FASEFASE-2004-GhezziMP #static analysis #type system
Enhancing Remote Method Invocation through Type-Based Static Analysis (CG, VM, GPP), pp. 339–353.
ESEC-FSEESEC-FSE-2003-BradburyD #analysis #automation
Evaluating and improving the automatic analysis of implicit invocation systems (JSB, JD), pp. 78–87.
WCREWCRE-2002-TrogerC #analysis
Analysis of Virtual Method Invocation for Binary Translation (JT, CC), p. 65–?.
EDOCEDOC-2002-SatoSM #optimisation #parallel #web #web service
Optimizing Composite Web Services through Parallelization of Service Invocations (NS, SS, KM), p. 305–?.
PPoPPPPoPP-1999-MaassenNVBP #implementation #java #performance
An Efficient Implementation of Java’s Remote Method Invocation (JM, RvN, RV, HEB, AP), pp. 173–182.
FSEFSE-1998-GarlanJN #reasoning
Reasoning about Implicit Invocation (DG, SJ, DN), pp. 209–221.
ICSEICSE-1993-GarlanS #programming language
Adding Implicit Invocation to Rraditional Programming Languages (DG, CS), pp. 447–455.
FMVDME-1991-1-GarlanN #design #formal method
Formalizing Design Spaces: Implicit Invocation Mechanisms (DG, DN), pp. 31–44.
VLDBVLDB-1975-Zloof #named
Query-by-Example: the Invocation and Definition of Tables and Forms (MMZ), pp. 1–24.

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