It was found that the waveform of ABRs recorded from the right dura was different from the left one.
结果发现左、右两侧所记录到的波形完全不同。
It also shows that the performance of ABRS in asymmetric channels is close to OMRS in the low and median SNR range.
在非对称信道条件下中低信噪比范围内abrs算法的性能接近于omrs算法。
The optimal relay is chosen based on the source-relay-destination end-to-end instantaneous SNR in OMRS, while ABRS selects relay based on the relay-destination average SNR.
OMRS算法选择源节点-中继节点-目的节点的端到端瞬时信噪比最大的最佳中继，而ABRS算法选择中继节点-目的节点的平均信噪比最大的最佳中继。
The optimal relay is chosen based on the source-relay-destination end-to-end instantaneous SNR in OMRS, while ABRS selects relay based on the relay-destination average SNR.
OMRS算法选择源节点-中继节点-目的节点的端到端瞬时信噪比最大的最佳中继，而ABRS算法选择中继节点-目的节点的平均信噪比最大的最佳中继。
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