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That is, the bandwidth of the local signal is the conditional standard deviation of the LPP.
To capture the fault features and exclude the interference nearby, the half bandwidth of the local spectra is selected as 2 Hz.
However, the work reported in [7] was mainly focused on the uncertainty product obtained by multiplying the duration and bandwidth of the local signal.
The local spectra encompassing the mth synthesized fault frequency component will be left[ {vleft{ {1 + left( {2m - 1} right)f_{s} u_{f} - du_{f} } right},, vleft{ {1 + left( {2m - 1} right)f_{s} u_{f} + du_{f} } right}} right] (10 where d is the half bandwidth of the local spectra in the frequency domain.
The uncertainty product in the STFT domain is generally a function of time, the signal s(t) and the window h(t), and has a lower bound [29] B t 2 T t 2 ≥ 1 4. It should be noted that the focus of this article is on the uncertainty product obtained by multiplying the duration and bandwidth of the local signal.
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In addition, we plan to explore the suggestion of Reviewer 1, of adapting snippet frequency bandwidth to the local structure of the vocalization to see if that can also improve accuracy and resolution.
The half bandwidth of these local bands in HHT is set as 2 Hz.
However, estimation of a node's own local available bandwidth cannot provide information about its neighbor available bandwidth or the local available bandwidth information of nodes in its transmission or carrier sensing range.
Therefore, the amount of bandwidth available for a given node is the minimum of the local available bandwidth and neighbor available bandwidth.
Due to the constraint of common control channel bandwidth, the local sensing data should be quantized before reporting to the fusion center.
Nonetheless, these active techniques can provide accurate information about the local available bandwidth of the interfering neighbors.
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