Rapid carrier and clock recovery is a key technique in burst mode transmission.
快速载波和位时钟恢复是突发模式传送系统的一个关键因素。
This "burst mode" of transmission allows the power-gobbling part of the mobile receiver to be turned off for 90% of the time, thereby prolonging its battery life.
通过这种“连串模式”的传输，移动终端的耗电大户在90%的时间内事出于关闭状态，进而延长电池供电时间。
The preamble signals used as overhead decrease transmission efficiency in burst-mode transmission system.
突发模式传送系统中，前导字作为系统开销降低了数据传送效率。
The synchronization techniques for burst packet transmission mode OFDM systems is studied, including timing, frequency offset estimation and channel estimation.
本文主要研究适用于突发OFDM传输系统的同步技术，包括定时、频偏估计和信道估计。
The synchronization techniques for burst packet transmission mode OFDM systems is studied, including timing, frequency offset estimation and channel estimation.
本文主要研究适用于突发OFDM传输系统的同步技术，包括定时、频偏估计和信道估计。
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