This algorithm can achieve high frequency resolution and reduce the search range of MUSIC algorithm's spectralpeak.
该算法可得到较高的频率分辨率,并减少了MUSIC算法的谱峰搜索范围。
2
It can restrain impulsive noise's influence on estimation performance. Furthermore, it has the merit of no needing spectralpeak searching.
该算法可以抑制冲击噪声对估计性能的影响,同时具有无需谱峰搜索的优点。
3
The proposed algorithm does not require spectralpeak search, and can be applied to arbitrary Gaussian noise environment. It can reduce the aperture loss.