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Research on Properties of Devices for Shaping and Processing of Signals Based on Amplitude Modulation of Many Components

机译:基于多分量幅度调制的信号整形和处理装置的性能研究

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摘要

Devices for shaping and processing of signals based on known varieties of digital amplitude-phase modulation are considered. Their disadvantages are exposed during realization of modulation and demodulation of the signals that are characterized by non-rectangular signal constellations. There are explored properties of devices for shaping and processing of signals based on a new variety of signal modulation, namely amplitude modulation of many components (AMMC). The results of carried out researches show that advantages of proposed AMMC modulator are simplification of phase modulated or amplitude-phase modulated signal shaping, in particular AMMC signal shaping, and improve of modulator internal interference protection. Advantages of AMMC demodulator are simplification of phase modulated or amplitude-phase modulated signal processing, in particularAMMC signal processing, and improve of demodulator internal interference and zero drift protection at its practical realization. The proposed AMMC modulator and demodulator can be applied for shaping and processing of signals based on known and new varieties of amplitude-phase modulation.
机译:考虑了用于基于数字幅度相位调制的已知种类来整形和处理信号的设备。它们的缺点在以非矩形信号星座为特征的信号的调制和解调实现期间暴露出来。已经探究了基于信号调制的新品种,即许多组件的幅度调制(AMMC),用于整形和处理信号的设备的特性。研究结果表明,所提出的AMMC调制器的优点是简化了相位调制或幅度相位调制信号的整形,特别是AMMC信号的整形,并提高了调制器的内部抗干扰能力。 AMMC解调器的优点是简化了相位调制或幅度相位调制的信号处理,尤其是AMMC信号处理,并在实际实现时改进了解调器的内部干扰和零漂移保护。所提出的AMMC调制器和解调器可以基于已知的和新的幅度相位调制品种应用于信号的整形和处理。

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