1) Gold-sequence
Gold码序列
1.
The principle of the DSSS is discussed,and the Gold-sequence used in DSSS is analysed,the two stages of synchronization system including the searching-catching stage and the tracking stage are expatiated,and the synchronization system is designed,which can make the .
介绍了直接序列扩频通信原理,分析了该技术中的Gold码序列和同步过程及该过程的两个阶段,搜捕阶段和跟踪阶段,并设计出适用于直接序列扩频通信的同步系统,该系统可以实现搜捕和跟踪的自动控制和调整。
2) gold sequence
gold序列
1.
Generation and selection of msequence pairs and balanced Gold sequence;
m序列优选对及平衡Gold序列的产生与搜索
2.
The paper analyzes how the imbalance of Gold sequence impact the quality of communication system.
分析了平衡、不平衡伪随机 Gold序列对通信系统通信质量的影响 ,通过对 Gold序列产生方法的研究 ,提出了平衡 Gold序列的 2种计算机搜寻方法 ,并通过这 2种搜寻方法的比较 ,分析了其不同特点及其适用情况。
3.
Through simulation studies,the autocorrelation functions and features of m sequence,Gold sequence are obtained.
通过仿真研究得出m序列、Gold序列的自相关函数特性和互相关函数特性。
3) gold sequences
Gold序列
1.
Gold sequences and Kasami small set sequences are in common.
常用的复合码主要有Gold序列和Kasami小集合序列。
2.
In order to realize blind detect, watermarks are spread with Gold sequences.
在检测阶段,充分利用Gold序列良好的相关性恢复出水印。
3.
In the transmitter, qausi-synchronous CDMA and QAM is employed, and a set of preferentially phased Gold sequences, which have good cross-correlations around the origin, are used as the spreading sequences.
发送端采用准同步CDMA加QAM调制,扩频序列采用优选相位的Gold序列,该序列在一定时延范围内具有良好的互相关性。
4) Gold-like sequences
Gold-like序列
1.
Then based on the analysis of correlation of geometric sequences by Klapper in 1993, a family of Gold-like sequences is recursively constructed, which contains the Gold-like sequences constructed in 2002 by Khoo, Gong and Stinson.
该文研究Bent序列和Gold-like序列,设计了3类快速生成的Bent序列,此外,基于Klapper(1993)对几何 序列相关性的分析,递归地构造了一类Gold-like序列,所得的Gold-like序列涵括了Khoo,Gong和Stinson(2002)递 归生成的Gold-like序列。
5) balance Gold sequence
平衡Gold序列
1.
A generative method of balance Gold sequence;
一种平衡Gold序列的生成方法
补充资料：Gold chloride, hydrochloride, trihydrate
分子式：AuCl3-HCl-3H2O
分子量：393.8
CAS号：16961-25-4
性质：暂无
制备方法：暂无
用途：用于铷、铯的微量分析和生物碱测定。
分子量：393.8
CAS号：16961-25-4
性质：暂无
制备方法：暂无
用途：用于铷、铯的微量分析和生物碱测定。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条