sequence design meaning in Chinese

序列设计

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1. search the snps in wnk4 genomic sequences design the primers to get the unique pcr products of wnk4 gene which cover the full length genomic sequences
   dna的pgem一t载体为模板，用含有ha标签及酶切位点的上下游引物进行pcr扩增，酶切pedna3
2. pcr amplification of the target sequence design a pair of primers ac-coding to the conservative region of hla-dqa1 exon 2, and lable the sence strand by fitc . make the fiuorescenced strand the advantage strand by assym-metric pcr . 3
   样本靶序列的pcr扩增在hla-dqa1第二外显子保守区域设计一对引物，并在正义链引物5’作fitc标记，以荧光标记单链为优势链，行不对称扩增。
3. the std-qs-cdma ( std quasi-synchronous cdma ) communication system is designed and simulated, analysis and simulation results show that the std-qs-cdma has almost no mai with the new sequences design method, and the performance of the system is improved significantly
   分析和仿真结果表明，采用新的序列设计方式，工作在准同步方式下的串行时分cdma通信系统的多址干扰可以大为降低，从而改善系统性能。
4. this dissertation, based on the theories of nonlinear dynamics and modem communications, and with an aim to apply the excellent chaos characteristics to the communication system to efficiently improve its performance, focuses its study on chaotic correlation synchronization, enhanced fm-dcsk modulation, optimal chaotic sequences designing, vd-rake receiver and arithmetic separating of chaotic signals and noise
   本论文紧紧围绕混沌通信这一主题，以非线性系统理论和现代通信理论为基础，将混沌优良的特性应用于通信系统中，重点研究混沌通信中混沌相关同步、改进的fm-dcsk调制方式、最佳混沌序列设计、vd-rake接收机以及基于流形分解的混沌信号与噪声的分离算法等关键问题。
5. 3 . we propose a new spreading sequence design scheme . in the uplink, using golay sequence, cinew sequence or zadoff-chu sequence, in the downlink, using wh sequence as the spreading sequence, we can control the papr of mc-cdma below 7db and ber below le-3 ( snr = 20db )
   提出mc-cdma中扩频序列的新型设计方案，在上行信道，采用golay序列，cinew序列或zadoff-chu序列，在下行信道，采用wh序列作为扩频序列可以控制mc-cdma峰平比在7db以内，在信噪比为20db时，系统误码率小于1e-3。