terms |
mollifier |
As nouns the difference between terms and mollifier
is that
terms is while
mollifier is (mathematics) an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
mollified |
mollifier |
As a verb mollified
is past tense of mollify.
As a noun mollifier is
an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
mollifies |
mollifier |
As a verb mollifies
is (
mollify).
As a noun mollifier is
(mathematics) an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
mollifier |
mollifie |
As a noun mollifier
is an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
As a verb mollifie is
archaic form of mollify.
convolution |
mollifier |
In mathematics terms the difference between convolution and mollifier
is that
convolution is a form of moving average while
mollifier is an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
As nouns the difference between convolution and mollifier
is that
convolution is something that is folded or twisted while
mollifier is an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
nonsmooth |
mollifier |
As an adjective nonsmooth
is not smooth.
As a noun mollifier is
an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
sequence |
mollifier |
In mathematics terms the difference between sequence and mollifier
is that
sequence is an ordered list of objects while
mollifier is an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
As nouns the difference between sequence and mollifier
is that
sequence is a set of things next to each other in a set order; a series while
mollifier is an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
As a verb sequence
is to arrange in an order.
function |
mollifier |
In mathematics|lang=en terms the difference between function and mollifier
is that
function is (mathematics) a relation in which each element of the domain is associated with exactly one element of the codomain while
mollifier is (mathematics) an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
As nouns the difference between function and mollifier
is that
function is what something does or is used for while
mollifier is (mathematics) an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
As a verb function
is to have a function.
smooth |
mollifier |
As nouns the difference between smooth and mollifier
is that
smooth is something that is , or that goes smoothly and easily while
mollifier is (mathematics) an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
As an adjective smooth
is having a texture that lacks friction not rough.
As an adverb smooth
is smoothly.
As a verb smooth
is to make smooth or even.
identity |
mollifier |
As nouns the difference between identity and mollifier
is that
identity is sameness, identicalness; the quality or fact of (several specified things) being the same while
mollifier is an "approximation to the identity", a smooth function with special properties, used in distribution theory to create sequences of smooth functions approximating nonsmooth (generalized) functions, via convolution.
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