csk

An Experimental CSK System Using Chua 's Circuit Under Changeable Channel Gain

信道增益可变蔡氏电路混沌键控通信实验

Implementation of Multi - carry CSK Spread Spectrum System

多进制码移键控扩频系统的实现

The Implement of a TSR 's Text Editor CSK for Western and Chinese Characters

一个TSR型中西文文本编辑器CSK的实现

CSK is proposed as a new modulation scheme , in which BCP is employed as spreading sequences .

互补序列键控（CSK）作为一种新的调制方式，采用二进制互补对（BCP）作为扩频序列。

The security framework is composed of energy-efficient cross-layer security framework and cluster-based secure key management scheme ( CSK ) .

该安全框架由能量高效的跨层安全框架和基于簇的安全密钥管理（CSK）方案组成。

In this paper , an experimental CSK circuit using Chua s circuit with the whole modulation and demodulation process under changeable communication channel gain is presented .

文章给出了信道增益变化下利用蔡氏电路的混沌信号进行的包括信号调制和解调完整过程的混沌键控通信实验电路。

Chaos Shift Keying ( CSK ) is generally divided into two categories by demodulation method as coherent detection CSK and non-coherent ones .

混沌键控（CSK）按解调方式通常分为相干解调的CSK与非相干解调的CSK。

Cytoskeletal protein composition of the average of three fluorescence values corresponding analysis shows that the value of the corresponding fluorescence CSK damage group compared with the control group were significantly lower ( p 0.05 ) .

对三种骨架蛋白成分的平均荧光值进行相应的分析，可见相应CSK破坏组荧光值与对照组相比均明显降低（p0.05）。

A kind of experimental modulation and demodulation system of chaotic synchronizing digital communication based on CSK proposed by reference [ 3 ] is designed and analyzed . Using the designed circuit , we carry out the experiment successfully .

根据文献[3]所提出的CSK原理，设计和分析了一种基于CSK的混沌同步数字通信调制与解调硬件实验系统，进行了该系统的硬件实验。

A missense mutant ( C18587T , R620W ) may decrease the binding affinity of LYP to CSK and result in higher T-cell activation and induce autoimmune disorders .

研究发现，PTPN22基因C1858T位点错义突变，引起LYP蛋白620位密码子由精氨酸突变为色氨酸，与Csk亲和力明显降低，导致T细胞活性增强，可能诱发自身免疫性疾病。

Based on the characteristics of chaotic signals and CSK principle given by reference [ 1 ] , a coherent demodulation method for binary chaos shift keying signals is designed . On the basis of this research , hardware experiment has been demonstrated .

根据混沌信号的相关特性和文献〔1〕所提出的CSK原理，设计一种二进制混沌键控信号调制与相关解调的硬件实验系统，在此基础上进行了该系统的硬件实验研究。

Taking the advantage that the local linear projective algorithm ( LLPA ) does not have to know the dynamics of chaotic signals in advance , it uses this algorithm in the receiver end of Chaotic Shift Keying ( CSK ) system for the noise reduction .

利用局部线性投射算法（LLPA）不需要预知混沌信号动态特性的特点，将其应用于混沌键控系统（CSK）进行接收端的噪声去除。