| Autonomous forward inference via DNA computing |
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| 作者姓名： | Fu Yan Li Gen Li Yin and Meng Dazh |
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| 作者单位： | 1. DNA Computing Research Group, Department of Operational Research and Cybernetics, Institute of Applied Science, Beijing University of Technology, Beijing 100022, China； 2. Department of Informatics and Mathematical Modeling, Technical University of Denmark, Copenhagen, Denmark |
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| 摘 要： | Recent studies direct the researchers into building DNA computing machines with intelligence, which is measured by three main points: autonomous, programmable and able to learn and adapt. Logical inference plays an important role in programmable information processing or computing. Here we present a new method to perform autonomous molecular forward inference for expert system. A novel repetitive recognition site (RRS) technique is invented to design rule-molecules in knowledge base. The inference engine runs autonomously by digesting the rule-molecule, using a Class IIB restriction enzyme PpiI. Concentration model has been built to show the feasibility of the inference process under ideal chemical reaction conditions. Moreover, we extend to implement a triggering communication between molecular automata, as a further application of the RRS technique in our model.
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Autonomous forward inference via DNA computing |
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| Authors: | Fu Yan Li Gen Li Yin and Meng Dazh |
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| Abstract: | Recent studies direct the researchers into building DNA computing machines with intelligence, which is measured by three main points: autonomous, programmable and able to learn and adapt. Logical inference plays an important role in programmable information processing or computing. Here we present a new method to perform autonomous molecular forward inference for expert system. A novel repetitive recognition site (RRS) technique is invented to design rule-molecules in knowledge base. The inference engine runs autonomously by digesting the rule-molecule, using a Class IIB restriction enzyme PpiI. Concentration model has been built to show the feasibility of the inference process under ideal chemical reaction conditions. Moreover, we extend to implement a triggering communication between molecular automata, as a further application of the RRS technique in our model. |
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| Keywords: | RRS technique forward inference triggering communication molecular automaton |
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