Identification of digital modulation schemes plays an important role in signal analysis.
数字调制方式的识别对于通信信号分析有着重要的作用。
The study offers theoretical support for the choice of more practical modulation schemes.
该研究可为通信系统进一步选择实用的调制方式提供理论支持。
Different wireless communication protocols implement different modulation schemes.
不同的无线通信协议实现不同的调制方案。
The effect of EMI suppression of the chaotic modulation schemes is presented in the switching converters.
论文研究了混沌调制技术在实用开关变换器中抑制电磁干扰的效果。
Chaotic on-off keying (COOK) and differential chaos-shift keying (DCSK) are two simple modulation schemes.
混沌开关键控(COOK)和差分混沌键控(DCSK)是两种基本的调制方案。
This mixed mode of operation, otherwise known as a dual transfer mode, switches modulation schemes during inter-slot periods.
混合操作模式(也称为双传输模式)在时隙间隔期间切换调制方式。
Meanwhile, modulation schemes for deep space communication are provided based on channel features and requirements on data transmission rates.
同时，根据信道特点和数据传输速率的要求给出了深空通信的调制方式。
Further, the ramp control may switch between baseband control for certain modulation schemes and transceiver control for other modulation schemes.
更进一步，斜坡控制可以在用于特定调制方案的基带控制和用于其他调制方案的收发信机控制之间进行切换。
Based on analyzing the two multiple modulation schemes, the expressions of symbol error rate (SER) are presented and the system performances are compared.
在对两种多进制调制方式进行分析的基础上，分别给出了系统误符号率(SER)的表达式并进行了仿真比较。
Based on analyzing the two multiple modulation schemes, the expressions of symbol error rate (SER) are presented and the system performances are compared.
在对两种多进制调制方式进行分析的基础上，分别给出了系统误符号率(SER)的表达式并进行了仿真比较。
应用推荐