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Multi channel frequency hopping spread spectrum signaling using code M-ary frequency shift keying

机译:使用码M进制频移键控的多信道跳频扩频信令

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摘要

In this paper we have proposed code M-ary frequency shift keying technique based frequency hopping (CMFSK/FH) spread spectrum signaling for multi channel. In this technique, taking one bit from each channel, we have constructed data word (called as symbol) for CMFSK system and corresponding to each state of data word, the transmitter generates a frequency, which is selected and amplified for transmission. The received signal in the receiver is tuned to each transmitted frequency and decoded for separation of channels. Here, we have developed simulation model for bit error rate (BER) performance analysis of CMFSK/FH system and compared the same with analytical results of BER. It is seen that simulation model is matched closely with analytical result. The BER performance for CMFSK/FH is better than that of existing FH system. It is also seen that the BER decreases with increase of frequency hop size.
机译:在本文中,我们提出了基于码M进制频移键控技术的多通道跳频(CMFSK / FH)扩频信令。在这项技术中,我们从每个通道获取一位,就为CMFSK系统构造了数据字(称为符号),并与数据字的每个状态相对应,发射机产生一个频率,该频率被选择并放大以进行发送。接收机中的接收信号被调谐到每个发射频率,并被解码以分离信道。在这里,我们开发了用于CMFSK / FH系统的误码率(BER)性能分析的仿真模型,并将其与BER的分析结果进行了比较。可以看出仿真模型与分析结果非常吻合。 CMFSK / FH的BER性能要优于现有的FH系统。还可以看到,BER随着跳频大小的增加而减小。

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