Titlebook: Emergent Computation; A Festschrift for Se Andrew Adamatzky Book 2017 Springer International Publishing AG, part of Springer Nature 2017 Un

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,Simple Deterministic Algorithms for Generating “Good” Musical Rhythms,ation of one unit of time. Such a representation is eminently suited to objective mathematical and computational analyses, while at the same time, and perhaps surprisingly, provides a rich enough structure to inform both music theory and music practice. A musical rhythm is considered to be “good” if

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,On the Microscopic View of Time and?Messages,anism, which provides all system entities with a globally consistent view of ., e.g., a common global clock. Many of these computations, however, exploit time at a?. level: they assume that transmission of an unbounded amount of information can be done in constant time. We are instead interested in

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Descriptional Complexity of Error Detection,prefix-distance are regularity preserving in the sense that the neighbourhood of a regular language is always regular. For error detection and error correction applications an important question is to determine the size of the minimal deterministic finite automaton (DFA) needed to recognize the neig

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Emergence in Context-Free Parallel Communicating Grammar Systems: What Does and Does not Make a Gras already known that synchronization is a significant such a factor. In addition we show that serving multiple queries from multiple components simultaneously (broadcast communication) is not an emergent factor, but serving multiple queries from a single component is. We further identify a notion of

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Enumerated BSP Automata,nges or synchronizations. Existing formalisms are either non-specific, like process algebras, or unrelated to standard Computer Science, like algorithmic skeletons or parallel design patterns. This has negative effects on undergraduate training, general understanding and mathematically-verified soft