All the three models are neatly put to use in a transformation system, wherein the autho r shows how to transform a formula of E to a term in P, and then (using the semantic descriptio n provided) shows how to transform the resulting term to a Petri Net . The later transformatio n is for free, given the semantics of P in terms of Petri Nets . For the former, the author espouse s repeated transformation of a mixed term, one containing terms of P and formulae of E until there is no more of the logic component in that term . This is very much in the spirit of other work i n the Munich CIP project . The only weak part, quite understandably, is that the author is able t o prove completeness of the transformation only for E formulae that capture strings (or traces) of a regular language . Irrespective of the strengths of the transformation, the book is well written an d packs a lot of information about three very different models of parallelism . For those who woul d like to teach out of this book, beware that the material might be
/lp/association-for-computing-machinery/verifying-temporal-properties-of-systems-by-julian-charles-bradfield-iBafaLAT6F