Titlebook: Integrated Formal Methods; Third International Michael Butler,Luigia Petre,Kaisa Sere Conference proceedings 2002 Springer-Verlag Berlin H

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Rhapsody: A Complete Life-Cycle Model-Based Development Systemkey inhibiting factors that prevent model-based approaches from being adopted as a mainstream practice. We then examine the requirements for allowing complete life-cycle model-based development and discuss how they are met by Rhapsody through its key enabling technologies, which include:.We explain

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Stochastic Process Algebras Meet Edene . formalism must be used. In this paper we propose an integrated framework where a (non-trivial) process algebra is combined with a (concurrent) functional language. Specifically, we consider a stochastic process algebra featuring value passing where distributions are not restricted to be exponent

LATHE

Basic-REAL: Integrated Approach for Design, Specification and Verification of Distributed Systemsd specification language Basic-REAL (bREAL) and comprises (I) translation of a high-level design of distributed systems to executional specifications of bREAL, (II) presentation of high-level properties of distributed systems as logical specifications of bREAL, (III) problem-oriented compositional d

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Assume-Guarantee Algorithms for Automatic Detection of Software Failuresres knowing the expected behavior. The paper considers the case when the requirement specification of the behavior of the target system is available, and expressed in a formalism based on communicating finite state machines. The failure detector observes the external inputs and outputs, and receives

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Model Checking Object-Z Using ASMmore concrete notation is a sound strategy. With this in mind, in this paper we introduce an approach to model-checking Object-Z specifications based on first integrating Object-Z with the Abstract State Machine (ASM) notation to get the notation OZ-ASM. We show that this notation can be readily tra