| Document Date: 2013-11-21 20:25:42
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Company SUZUKI / Fig / NAC / / Facility Kansai Advanced Research Center / National Institute of Information / / IndustryTerm active site / hydrophobic network / defined network / bio-chemical reactions / communication device / computational systems / replicated node chains / information processing / energy minimization / replicase node chain / chemical property / unfolded operand node chain / active processing / network energy / operand node chain / chemical evolution / chemical reaction system / regular network / node chain / node chains / active device / topological network / program-flow computing / energy´ / computing / random network / energy minimization principle / physical and chemical properties / bio-chemical reaction system / basic replication processing / artificial systems / energy / partial network / / Organization National Institute of Information and Communications Technology Vol.55 No.4 / Kansai Advanced Research Center / / Person Hideaki Recent / / Position hydrophilic head / representative / High-level manager / / ProgrammingLanguage Java / / Technology Java / crystallization / Communications Technology / simulation / genotype / folding algorithm / /
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2 Studies on Network Computational Machines Based on Molecular Interactions SUZUKI Hideaki Recent studies on network artificial chemistry (NAC) is surveyed. First, a model of active clusters created through the mathemati