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A DNA Sequence Design for Direct-Proportional Length-Based DNA Computing using DNASequenceGenerator

机译:使用DNAseQuenceGenerator的直接比例长度DNA计算DNA序列设计

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DNA computing has emerged as an interdiciplinary field that draws together moleculer biology, chemistry, computer science, and mathematics. This unconventional computation has been proven to solve weighted graph problem such as the shortest path problem and the traveling salesman problem. One of the fundamental improvements in DNA computing is the direct-proportional length-based DNA computing. Generally, in DNA computing, the DNA sequences used for the computation should be critically designed in order to reduce error that could occur during computation. In this paper, a procedure to design the DNA sequences for the direct-proportional length-based DNA computing is presented. The procedure includes DNASequenceGenerator, a graph-based approach for designing a set of good DNA sequences.
机译:DNA计算已成为一个跨域领域,其汇集了分子生物学,化学,计算机科学和数学。这种非常规计算已被证明解决了加权图问题,例如最短的路径问题和旅行推销员问题。 DNA计算的基本改善之一是直接比例的基于长度的DNA计算。通常,在DNA计算中,用于计算的DNA序列应该是批判性设计的,以减少在计算期间可能发生的错误。本文介绍了设计直接比例基于长度的DNA计算的DNA序列的过程。该过程包括DnasequenceGenerator,一种用于设计一组良好DNA序列的图表方法。

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