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The fractional order gradient descent method is revisited firstly.
In this study, the data evaluation method is revisited and analytical expressions considering possible damage are presented.
The coprime constraint in the basic interleaved measurement method is revisited with a new proof, and a graphical interpretation is introduced to visualize the constraint.
In this paper, the analytical solution materialized in the Lateral Distribution Method is revisited through the consideration of a new panel division.
The sensitivity-based method is revisited in this paper with an enhancement in the sensitivity with respect to local damages via the singular spectrum analysis technique.
The question of convergence of this modified EVP method is revisited here and it is shown that convergence is reached provided the stability requirements are satisfied and the number of pseudotime iterations is sufficiently high.
Similar(54)
In this article, several well-known data-driven causality methods are revisited and comparatively evaluated.
The Kronecker product and the stacking methods are revisited and combined to construct some new classes of OLHs of orders one and two with other flexible numbers of runs.
The hidden-variables method used in seismic engineering is revisited, due to a larger frequency range used in vibration prediction.
The Faradaic impedance of a microdisk electrode inlaid in an insulating surface is revisited by numerical computation using a finite element method (FEM) with anisotropic mesh adaptation.
A distributed method for online trajectory planning for coordinated UUVs, developed in authors' previous work is revisited.
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