OFDM synchronization algorithm based on chaotic sequence is researched.
本文着重研究基于混沌序列的OFDM同步算法。
Study shows the simplified implementation scheme is applicable in hardware implementation of MIMO-OFDM system timing synchronization algorithm.
研究表明，简化实现方案可以用于MIMO - OFDM系统定时同步算法的硬件实现。
The timing synchronization algorithm of training symbols for the OFDM systems is an old timing algorithm.
OFDM系统的训练符号定时同步算法是一种传统的定时算法。
In this paper, a new frequency and symbol synchronization algorithm for OFDM systems is proposed.
提出了一种正交频分复用(OFDM)系统的频率和时间同步算法。
In the last, this thesis mainly researched and analyzed the OFDM frequency synchronization algorithm.
最后，本文研究和分析了OF DM频率同步算法。
Secondly, the timing synchronization algorithm for OFDM systems and frequency synchronization algorithm were researched.
其次对OFDM系统的定时同步算法和载波频率同步算法进行研究。
In addition, OFDM systems are very sensitive to the effect of timing error, to obtain a better channel estimation performance, the choice of synchronization algorithm is important.
此外，由于OFDM系统易受同步误差的影响，为了获得较好的信道估计性能，同步算法的选择对进行正确的信道估计也尤为重要。
This paper presents a fine carrier synchronization algorithm based on the similarities of the guard interval for Time-domain synchronous OFDM (TDS-OFDM) systems.
该文提出了一种适用于时域正交频分复用数字传输(TDS - OFDM)系统的基于保护间隔相似特性的高精度载波细同步算法。
The algorithm of MIMO-OFDM synchronization is also proposed with improved training sequences including frame synchronization and frequency synchronization.
同时也介绍了MIMO-OFDM系统中的同步技术，包括MIMO-OFDM帧同步和载波频率同步，并提出了改进的前导序列生成方法。
Synchronization is one of the key techniques of the OFDM. This paper chiefly studies the synchronization of OFDM, and includes the algorithm and actualization.
所以同步技术是OFDM首先要解决的关键技术之一，本文的主要工作为OFDM系统同步技术的研究，包括同步算法和同步实现。
So, studying on synchronization algorithm for OFDM in burst mode has important significance.
所以研究突发的OFDM系统具有十分重要的意义。
So, studying on synchronization algorithm for OFDM in burst mode has important significance.
所以研究突发的OFDM系统具有十分重要的意义。
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