Jos van Wamel

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A general basis for the deenition of a nite but unbounded number of parallel processes is the equation S(n; dt) = P (0; get (0; dt))/ eq (n; 0) .(P (n; get (n; dt)) k S(n ? 1; dt)). In this formula eq(n; 0) is an equality test, and get (n; dt) denotes the n-th data element in table dt. We derive a linear process equation with the same behaviour as S(n; dt),(More)
In [25] a straightforward extension of the process algebra £ CRL was proposed to explicitly deal with time. The process algebra £ CRL has been especially designed to deal with data in a process algebraic context. Using the features for data, only a minor extension of the language was needed to obtain a very expressive variant of time. But [25] contains(More)
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