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** vector algebra and vector differential operators
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** and vector
** Every vector space has a basis.
** The closed unit ball of the dual of a normed vector space over the reals has an extreme point.
** On every infinite-dimensional topological vector space there is a discontinuous linear map.
** Parity function, a Boolean function whose value is 1 if the input vector has an odd number of ones
** A more automatic and general vectorized interrupt system, mode 2, as well as a fixed vector interrupt system, mode 1, for simple systems with minimal hardware ( mode 0 being the 8080-compatible mode ).
** the category of vector spaces over a field K.
** the category of vector spaces over a field K.
** K-Vect, the category of vector spaces over a field K
** The category of finite-dimensional vector spaces
** Linear algebra explains how a vector space can be given a basis, and then any vector can be expressed in this basis.
** Lyapunov vector
** Sample a new position y by adding a normally distributed random vector to the current position x
** is the-dimensional input vector.
** Homogeneous dilation ( homothety ), the scalar multiplication operator on a vector space or affine space
** vector space valued functions ( not necessarily linear ),
** d ( p * E, p * F, σ ( D )) is the " difference element " of K ( B ( X )/ S ( X )) associated to two vector bundles p * E and pF on B ( X ) and an isomorphism σ ( D ) between them on the subspace S ( X ).
** K-Vect, the category of vector spaces over a field K, with the one-dimensional vector space K serving as the unit.
** Chern class, a type of characteristics class associated to complex vector bundles ; named after Shiing-Shen Chern
** List of vector spaces in mathematics
** Finite-dimensional vector spaces are better-behaved than infinite-dimensional ones.
** Poynting vector, a representation of the energy flux of an electromagnetic field
** and algebra
** Term algebra, the algebra of mathematical terms
** Torsion ( algebra )
** Projection ( relational algebra )
** Projection ( linear algebra )
** Join ( relational algebra ), a type of binary operator
** Join ( sigma algebra ), a refinement of sigma algebras
** free associative algebra
** free commutative algebra
** free Boolean algebra
** free Heyting algebra
** Frobenius algebra
** Goodman – Nguyen – van Fraassen algebra
** The fundamental theorem of algebra, a theorem regarding the factorization of polynomials
** Analytic geometry, the study of geometry using the principles of algebra
** Linear algebra
** eigen, a C ++ linear algebra library, includes an adaptation of the minpack algorithm in the " NonLinearOptimization " module.
** Borel measure, the measure on a Borel algebra
** Householder transformation in geometry and linear algebra
** When talking about indefinite forms in multilinear algebra, see definite bilinear form.
** Dimension ( vector space ), the number of vectors needed to describe the basis in a vector space, in linear algebra
** Abstract algebra stubs:
** Linear algebra stubs:
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