Search for dissertations about: "Regular model checking"
Showing result 1 - 5 of 9 swedish dissertations containing the words Regular model checking.
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1. Regular Model Checking
Abstract : A major current challenge in the area of program verification is to extend its applicability to infinite-state systems. A system can be infinite-state because it operates on unbounded data structures, such as queues, stacks, integers, etc., or because its description is parameterized by the number of components inside the system. READ MORE
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2. Regular model checking
Abstract : We present regular model checking, a framework for algorithmic verification of infinite-state systems with, e.g., queues, stacks, integers, or a parameterized linear topology. States are represented by strings over a finite alphabet and the transition relation by a regular length-preserving relation on strings. READ MORE
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3. Verifying Absence of ∞ Loops in Parameterized Protocols
Abstract : The complex behavior of computer systems offers many challenges for formal verification. The analysis quickly becomes difficult as the number of participating processes increases. A parameterized system is a family of systems parameterized on a number n, typically representing the number of participating processes. READ MORE
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4. New Directions in Symbolic Model Checking
Abstract : In today's computer engineering, requirements for generally high reliability have pushed the notion of testing to its limits. Many disciplines are moving, or have already moved, to more formal methods to ensure correctness. This is done by comparing the behavior of the system as it is implemented against a set of requirements. READ MORE
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5. Regular inference for reactive systems
Abstract : Models of reactive systems play a central role in many techniques for verification and analysis of reactive systems. Both a specification of the system and the abstract behavior of the system can be expressed in a formal model. Compliance with the functional parts in the specification can be controlled in different ways. READ MORE