function |
antiholomorphic |
In mathematics|lang=en terms the difference between function and antiholomorphic
is that
function is (mathematics) a relation in which each element of the domain is associated with exactly one element of the codomain while
antiholomorphic is (mathematics) describing any function in the complex plane whose derivative with respect to the complex conjugate exists at all points of an open set.
As a noun function
is what something does or is used for.
As a verb function
is to have a function.
As an adjective antiholomorphic is
(mathematics) describing any function in the complex plane whose derivative with respect to the complex conjugate exists at all points of an open set.
function |
bilinear |
As nouns the difference between function and bilinear
is that
function is what something does or is used for while
bilinear is (maths) a bilinear function.
As a verb function
is to have a function.
As an adjective bilinear is
(mathematics|of a function in two variables) linear (preserving linear combinations) in each variable.
function |
quasiconcave |
In mathematics terms the difference between function and quasiconcave
is that
function is a relation in which each element of the domain is associated with exactly one element of the codomain while
quasiconcave is said of a function, if the inverse of any set of the form (a,∞) for that function is a convex set.
As a noun function
is what something does or is used for.
As a verb function
is to have a function.
As an adjective quasiconcave is
said of a function, if the inverse of any set of the form (a,∞) for that function is a convex set.
function |
quasiconvex |
In mathematics|lang=en terms the difference between function and quasiconvex
is that
function is (mathematics) a relation in which each element of the domain is associated with exactly one element of the codomain while
quasiconvex is (mathematics) said of a function, if the inverse image of any set of the form (-∞,a) for that function is a convex set.
As a noun function
is what something does or is used for.
As a verb function
is to have a function.
As an adjective quasiconvex is
(mathematics) said of a function, if the inverse image of any set of the form (-∞,a) for that function is a convex set.
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