To further measure the molecular mass of the 3.4 S protein species, we carried out in parallel composition-gradient static light scattering experiments.
Templates are instantiated into processes in the system declarations section of UPPAAL tool (Larsen et al. 1997) and eventually, relevant processes are integrated together in a parallel composition (Olderog and Dierks 2008) using system command in system declarations section to form a complete system.
In a parallel composition of basic matchers, the ability to dynamically set the weights of the basic matchers in the final output, thus making the weights optimal for the given input, is the key breakthrough for obtaining first-rate matching performance.
More than one automata representing subsystems can be combined together in a parallel composition to form a larger system.
In concurrent systems, parallel composition introduces resolvable nondeterminism, i.e., nondeterminism that will be resolved in later design phases or by the operating system.
We introduce a technique - that we name continuation semantics for concurrency (CSC) - which can be used to model both sequential and parallel composition (in interleaving semantics) while providing the general advantages of the technique of continuations.
In his choice of path, he considers a set of alternative routes he might use, thus relating them in a kind of parallel composition.
Similar observations on the interplay between parallel composition and restriction in recursive definitions, in different contexts, has been done also by others, e.g., [1].
The method exploits compositionality issues, in the presence of a parallel composition of processes, to compute at most the states of each sequential process, and not their combinations; moreover the method employs abstraction techniques to compute but a subset of the states of each sequential process.
In finite-net multi-CCS, parallel composition may occur inside the body of a recursively defined constant C; on the contrary, the restriction operator ({(mathbf{nu } a)}) is not allowed in the body of C. So, a finite-net process may be represented as ({(mathbf{nu } L }t), where L is a set of actions (if L is empty, the restriction operator is not present) and t a restriction-free process.
