Titlebook: DNA Computing; 10th International W Claudio Ferretti,Giancarlo Mauri,Claudio Zandron Conference proceedings 2005 Springer-Verlag Berlin Hei

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https://doi.org/10.1007/b136914DNA computing; Membrane Computing; algorithms; automata; automated reasoning; biocomputing; biomolecular c

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978-3-540-26174-2Springer-Verlag Berlin Heidelberg 2005

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Computing by Observing Bio-systems: The Case of Sticker Systems,ut. Inspired by this, a new approach to computing, called system/observer, was introduced in [3]..In this paper we apply this strategy to sticker systems, [8,11]. In particular we use finite automata (playing the role of observer) watching the “evolution” of a sticker system and translating such “ev

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DNA-Based Computation Times,erformance of such devices approaches physical limits, new computing paradigms are emerging. Two paradigms receiving great attention are quantum and DNA-based molecular computing..This paper focuses on DNA-based computing. This paradigm can be abstracted to growth models where computational elements

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Biomolecular Implementation of Computing Devices with Unbounded Memory,ounded stack memory, push-down automata, using circular DNA molecules and a class IIs restriction enzyme. The proposed ideas are inspired by the results from [1]. The same ideas are extended to show a way to implement push-down automata with two stacks (i.e, universal computing devices) using two ci

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Characterization of Non-crosshybridizing DNA Oligonucleotides Manufactured , ,quencing after several iterations of the protocol showed that the sequences, in general, became more non-crosshybridizing. Gel electrophoresis of protocol product, also, indicated non-crosshybridization, and showed evolution in the population of molecules under the non-crosshybridization selection p

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Error Free Self-assembly Using Error Prone Tiles,s often equipped with explicit mechanisms for both error prevention and error correction. For artificial self-assembly, these problems are even more important since we are interested in assembling large systems with great precision..We present an error-correction scheme, called snaked proof-reading,