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A normed vector space is a vector space V equipped with a norm .

In N with l 2 -norm: N is the space set, and l 2 -norm is the distance measure.

In N with l 1 -norm: N is the space set, and l 1 -norm is the distance measure.

N with l p -norm is the most general.

We call a NVS a Banach space . A Hilbert space is a Banach space equipped with an inner product < , > .

Fundamental: The inner product generates the norm for the Hilbert space.

N with ( x , y ) y x inner product, generates norm: x 2 ( x , x ) x x .

N with l 2 norm is a Hilbert space.

N with l p norm, p 2 , is not a Hilbert space. There exists not inner product ( , ) that can generate and l p norm p 2
N with l 2 norm is a very special case:
Banach Spaces (N.V.S.)

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Source:  OpenStax, Ee textbook. OpenStax CNX. Feb 13, 2009 Download for free at http://cnx.org/content/col10643/1.1
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