In this dissertation, Membrane optimization algorithm is applied in finding sequences suitable for reliable DNA computing in this thesis, a new method of DNA sequence design is pu.
本文采用膜优化算法优化DNA计算编码序列，提出了一类求解dna编码问题的新方法，扩展了膜计算的应用领域。
Because it is based on the digitized DNA sequence, the design of synthetic genomes provides a true interface between the computer and biological life.
因为合成基因序列的设计是建立在DNA序列数字化的基础上，所以该设计也创建了电脑技术和生命科学的交互区域。
We develop support system for sequence design in DNA computing, which minimizes the evaluation function calculated as the linear sum of the plural evaluation terms.
我们给出了DNA计算中序列设计的支持系统：计算由多个评价指标的线性和组成的适应值函数的最小值。
It helps us to find a good criterion for sequence design in DNA computing.
这有助于为DNA计算的序列设计找到好的评判标准。
SeqState - primer design and sequence statistics for phylogenetic DNA data sets.
进化DNA数据的引物设计序列统计软件。
SeqState - primer design and sequence statistics for phylogenetic DNA data sets.
进化DNA数据的引物设计序列统计软件。
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