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In this visualization method, similarly defined (e.g. overlapping) anatomical entities are assigned to nearby points in the 2D space while spatially disparate entities appear more distant.
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The average DFs of other beamforming methods can be similarly defined as overset{DF}=Eleft{frac{{left|{mathbf{w}}^{mathrm{H}}tilde{mathbf{p}}left {theta}_0,{phi}_0right|right|}^2}{{mathbf{w}}^{mathrm{H}}{tilde{mathbf{R}}}_{nn}mathbf{w}}right}approx frac{{left|{mathbf{w}}^{mathrm{H}}mathbf{p}left {theta}_0,{phi}_0right|right|}^2}{{mathbf{w}}^{mathrm{H}}{overline{mathbf{R}}}_{nn}mathbf{w}}.
These methods lead to similarly defined phylogroups.
We similarly defined eLADs as clusters of neighboring lamin B1 + sites that occur within a delimited region of the genome (see Supplementary Methods).
Higher-order derivatives can be similarly defined.
Contraction is similarly defined although, interestingly, it is not interdefinable with revision.
The product of two ideals is similarly defined.
subspaces in K are similarly defined.
"Immigrant female households" are similarly defined.
The local space is similarly defined.
The forward propagating wave is similarly defined.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com