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An Application of Abstraction and Induction Techniques to Degenerating Systems of Processes (2003)  (Make Corrections)  
A. Miller, M. Calder



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Abstract: The major problem with model checking concurrent programs is the inability to prove that properties scale up: do results that hold for all systems of size # say, hold for asystemofsize#,where# # #? This problem is known as the parameterised model checking problem (PMCP) which is in general undecidable [1]. Model checking alone is unable to satisfy the need to answer questions about systems of any size. But it is essential that techniques for scaling and generalising results are available. In... (Update)

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BibTeX entry:   (Update)

@misc{ miller-application,
  author = "A. Miller and M. Calder",
  title = "An Application of Abstraction and Induction Techniques to Degenerating
    Systems of Processes",
  url = "citeseer.ist.psu.edu/600347.html" }
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3   New Mexico (context) - of, Annual et al. - 1992
2   A timed verification of the IEEE 1394 leader election protoc.. (context) - Romijn - 2001  ACM   DBLP
2   Using SPIN to analyse the tree identification phase of the I.. - Calder, Miller - 2003
2   Verifying the IEEE 1394 tree identify protocol with SMV (context) - Schuppen, Biere - 2003
2   UPAAL in a nutshell (context) - Larson, Pettersson et al. - 1997
2   Probalistic model checking of deadline properties in the the.. (context) - Kwiatkowska, Norman et al. - 2003
2   Time, E-LOTOS and the FireWire - Shankland, Verdejo - 1999
2   Formal Aspects of Computing: Special issue on IEEE 1394 Tree.. (context) - Maharaj, Romijn et al. - 2003
2   Five ways to use induction and symmetry in the verification .. - Calder, Miller - 2002
2   The tree idnetify protocol of IEEE 1394 in #CTL (context) - Shankland, van der Zwaag - 1998
http://www.dcs.gla.ac.uk/research

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