The correcting capability ofthe quadriphase differential coding and decoding is also analysed in theory.
对四相差分编译码的校正能力作出了理论上的分析。
The differential coding is performed in the time domain, while the space-frequency coding is processed in the frequency domain to achieve the diversity ga.
该方法在时域进行差分编码，而在频域进行空频编码以获得分集增益。
Integer coding for a differential evolution strategy was proposed.
提出了微分进化策略的整数编码方法。
Moreover, when decoding the motion vector from the differential motion vector coded by the aforementioned coding, a reversed processing with respect to the coding is performed.
另外，在从通过上述编码所编码的差分运动矢量，对运动矢量进行解码的情况下，通过与编码相反的处理来进行。
Starting from the precise pair-wise error probability (PEP), the joint border of group coding signal error probability (SEP) in differential unitary space-time (DUST) modulation is deduced.
从精确成对错误概率(PEP)出发，推导得到了DUST调制群码符号误码率(sep)的联合边界。
In this thesis, space-time block coding and differential space-time coding are discussed on the basis of "one-ring" correlated channel model.
本文基于一种“单环”相关信道模型，对空时分组码和差分空时码进行了分析和研究。
Further analysis on the differential expression of these non-coding RNAs in tissues and development stages has been carried out, as well as their sequence features, conservation and functions.
同时，还对这些非编码rna在不同组织和发育阶段的表达情况进行的检测，并对其序列特点，保守性和功能进行了深入分析。
Further analysis on the differential expression of these non-coding RNAs in tissues and development stages has been carried out, as well as their sequence features, conservation and functions.
同时，还对这些非编码rna在不同组织和发育阶段的表达情况进行的检测，并对其序列特点，保守性和功能进行了深入分析。
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