该方案采用光正交码(OOC)作为收发器标识，根据接收器相关值选择发射器光束。
The scheme USES OOC as transceiver identification code, and selects transmitter beam according to receiver correlation value.
而改进的延迟相关法同步效果最好，但是计算量也最大，意味着对接收器计算速度的要求也更高。
The modified delay and correlation method gives the best result in stability, but needs the greatest computation, which means that a higher computing speed for the receiver is required.
该方案应用了码分多址的思想，采用光正交码（OOC）作为发射器的标识码，根据接收器相关值选择最佳发射器波束。
The scheme uses OOC as transceiver identification code and selects transmitter beam selection according to receiver correlation value.
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