Binary digital coding is the most fundamental coding in information science.
二进制数字化编码是信息科学最基本的编码方式。
A method of digital coding of grating by using color strips is presented.
研究了一种用彩色条纹对光栅进行数字编码的方法。
Digital signature is a data item accompanied with the digital coding message.
数字签名是伴随数字编码报文的一个数据项。
The paper also investigates the algebraic structure of the binary digital coding of RNA.
还研究了RNA二进制编码的代数结构。
Digital coding of RNA sequences has great advantage of mathematical and logical operations: (1) According to the parity of RNA digital sequences the last nucleotide bases can be determined.
RNA序列高维空间数字编码的运算法则是：(1)根据RNA序列数码的奇偶性质，可以推导出其与末位碱基的对应关系。
Digital coding of RNA sequences has great advantage of mathematical and logical operations: (1) According to the parity of RNA digital sequences the last nucleotide bases can be determined.
RNA序列高维空间数字编码的运算法则是：(1)根据RNA序列数码的奇偶性质，可以推导出其与末位碱基的对应关系。
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