RESETting Timed Machines

Many real-time applications enable RESET to account for all kinds of unexpected problems, or to accommodate for a users' want of restarting. Additionally, some software testing techniques must allow for RESETting timed-Implementations Under Test (t-IUT). Dedicated internal logic is probably the...

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Veröffentlicht in:Journal of computing and information technology Jg. 19; H. 1; S. 11 - 23
1. Verfasser: Stulman, Ariel
Format: Journal Article Paper
Sprache:Englisch
Veröffentlicht: Zagreb University Computing Centre 01.03.2011
Sveuciliste U Zagrebu
Fakultet elektrotehnike i računarstva Sveučilišta u Zagrebu
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ISSN:1330-1136, 1846-3908
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Abstract Many real-time applications enable RESET to account for all kinds of unexpected problems, or to accommodate for a users' want of restarting. Additionally, some software testing techniques must allow for RESETting timed-Implementations Under Test (t-IUT). Dedicated internal logic is probably the most common of solutions for accomplishing such tasks. There are situations, however, where such a privilege doesn't exist; thus, it cannot be built upon. Testing pre-engineered timed-IUTs is one such case. In this paper we wish to present an algorithm for the direct generation of timed RESET sequences from the timed-IUT specification, such that it should be optimal w.r.t. to execution time.
AbstractList Many real-time applications enable RESET to account for all kinds of unexpected problems, or to accommodate for a users' want of restarting. Additionally, some software testing techniques must allow for RESETting timed-Implementations Under Test (t-IUT). Dedicated internal logic is probably the most common of solutions for accomplishing such tasks. There are situations, however, where such a privilege doesn't exist; thus, it cannot be built upon. Testing pre-engineered timed-IUTs is one such case. In this paper we wish to present an algorithm for the direct generation of timed RESET sequences from the timed-IUT specification, such that it should be optimal w.r.t. to execution time. Keywords: D.2.4 [Software Engineering]: Software/Program Verification--Formal Methods; F.1.1 [Theory of Computation]: Models of Computations--Automata; D.2.m [Software Engineering]: Miscellaneous--Realtime systems
Many real-time applications enable RESET to account for all kinds of unexpected problems, or to accommodate for a users' want of restarting. Additionally, some software testing techniques must allow for RESETting timed-Implementations Under Test (t-IUT). Dedicated internal logic is probably the most common of solutions for accomplishing such tasks. There are situations, however, where such a privilege doesn't exist; thus, it cannot be built upon. Testing pre-engineered timed-IUTs is one such case. In this paper we wish to present an algorithm for the direct generation of timed RESET sequences from the timed-IUT specification, such that it should be optimal w.r.t. to execution time.
Audience Academic
Author Stulman, Ariel
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Formal Methods
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Snippet Many real-time applications enable RESET to account for all kinds of unexpected problems, or to accommodate for a users' want of restarting. Additionally, some...
Many real-time applications enable RESET to account for all kinds of unexpected problems, or to accommodate for a users’ want of restarting. Additionally, some...
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StartPage 11
SubjectTerms Algorithms
Applied sciences
automata
Computer science; control theory; systems
Computer systems performance. Reliability
Exact sciences and technology
formal methods
models of computations
realtime systems
Robots
Software
Software engineering
software/program verification
Title RESETting Timed Machines
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Volume 19
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