convolutional codes; digital signal processing chips; frequency hop communication; frequency shift keying; interference (signal); multipath channels; synchronisation; time-varying channels; underwater acoustic communication; FH acoustic communication; FH system; TMS320C6713 DSP; Wuyuan Bay; communication system design; convolutional coding; frequency-hopping technique; multipath interference; passive time reversal approach; passive time-reversal synchronization signal; real-time FH-MFSK acoustic communication system; shallow water acoustic communication; shallow water channel; synchronization processing; time-varying channel; underwater acoustic propagation; united frame structure; Acoustics; Communication systems; Digital signal processing; Educational institutions; Interference; Matched filters; Synchronization; Frequency-hopping communication; frame structure; synchronization; time reversal;
机译:浅水中时间反向声学的检验及其在非相干水下通信中的应用
机译:浅海合成孔径时间倒转通信:海上实验演示
机译:CZT辅助并行组合多载波跳频扩频在浅水声信道上的性能
机译:水下声通信中存在多普勒频移的SIMO接收机的帧检测和同步
机译:港口和浅水区的超高频MIMO水下声通信。
机译:滤波多音水下声通信的时空联合时空编码和自适应均衡
机译:浅水中时间倒转声学的检验及其在水下通信中的应用