The Design and Implementation of Generalized Table Data Structure in DNA Computer

ABSTRACT

Objective: in order to design and implement generalized table data structure in DNA computer. Methods: with the help of the k-arm of the form described by encoding DNA. Process: the first step is to discuss k-arms DNA molecular structure in DNA computing in the application; the second step, discusses the storage structure of generalized list; The third step, on the basis described in detail in DNA computer generalized form of the operation of the main algorithm. The result and analysis: from using the k-arms DNA encoding described in the data, we can get the model in the generalized form recursive effect is effective, get the reason is of memory structure, the main elements of the DNA encoding and the generalized problem of DNA computer biological operation for detailed analysis. Results: paper from using k-arms DNA encoding the formal description method of generalized list data structure design and the realization process in DNA computer is effective, and the model which is effect to the recursive generalized list is the advanced work.

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