Unlike [4], we use the discrete definition of modulation spaces.
Although we use a continuum notation for convenience, (x t)) need not be differentiable and we interpret the action in terms of the discrete definition.
This approach is similar to that in LPILE since it is based on discrete definition of the soil, thus the soil is not modeled as a continuum media.
The essence of the technique, called Field Teleportation, is to invoke the principle of equivalent sources using FDTDs discrete definition of the curl to copy any field propagating in one FDTD domain to a finite region of another domain.
These patches are interactively created by the user by means of the modeler's graphics interface, and may result from parametric surface intersection in which existing surface meshes are used as a support for a discrete definition of intersection curves.
In this paper, using the equivalent discrete definition of α-modulation spaces, combining the Fourier transform and Van der Corput lemma, we obtained the strongly singular integrals along homogeneous curves are bounded on the α-modulation spaces for all (0leq alphaleq1).
Abaqus/Cae accounts for the continuum nature of the soil, while LPILE analysis is based on discrete definition of the soil, where the stiffness of the soil at one point does not affect the other.
Abaqus/Cae accounts for the continuum nature of the soil, while LPILE analysis is based on the discrete definition for the soil, where the stiffness of the soil at one point does not affect the other.
Then, instead of using a discrete definition of functional modules, the correlations will be used to weight the membership of each gene to the module.
In the present approach, the nodes represent ecological and evolutionary concepts, making the discrete definition of these concepts a key step.
