Examples of using Finite-dimensional in English and their translations into Russian
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Let V be a finite-dimensional vector space over a field k.
Rossmann 2002 See section 6.1 for more examples, both finite-dimensional and infinite-dimensional.
If H is finite-dimensional semisimple over a field of characteristic zero, commutative, or cocommutative, then it is involutive.
Let A be an operator on a finite-dimensional inner product space.
The concept of plane duality readily extends to space duality and beyond that to duality in any finite-dimensional projective geometry.
Every linear function on a finite-dimensional space is continuous.
In the abstract formulation of linear algebra, matrices are replaced with linear transformations of finite-dimensional vector spaces.
Convexity of Bounded Chebyshev Sets in Finite-dimensional Asymmetrically Normed Spaces.
For the case of a finite-dimensional graph(having a finite number of edges and vertices), the discrete Laplace operator is more commonly called the Laplacian matrix.
In particular, SL(2,R)has no nontrivial finite-dimensional unitary representations.
A finite-dimensional problem of finding a uniform estimate(approximation in the Hausdorff metric) of a convex body by a fixed-radius ball in an arbitrary norm is considered.
Let S{\displaystyle{\mathcal{S}}} be a data set in a finite-dimensional Euclidean space.
Suppose K is a number field(a finite-dimensional field extension of the rationals Q) with ring of integers OK this ring is the integral closure of the integers Z in K.
As a corollary of this and integral theory,a Hopf subalgebra of a semisimple finite-dimensional Hopf algebra is automatically semisimple.
The sections dedicated to finite-dimensional representations are dedicated to exposing all such representations by finite-dimensional matrices that respect the multiplication table.
And since any Euclidean space is complete,we can thus conclude that all finite-dimensional normed vector spaces are Banach spaces.
In the more general setting of Hilbert spaces, which may have an infinite dimension, the statement of the spectral theorem for compact self-adjoint operators is virtually the same as in the finite-dimensional case.
Many of the representations, both finite-dimensional and infinite-dimensional, are important in theoretical physics.
If neither is demanded, then a broader classification of allirreducible representations is obtained, including the finite-dimensional and the unitary ones.
These theorems allow one to classify all finite-dimensional central division algebras over a given number field.
The representatives of time reversal and space inversion are given in space inversion and time reversal,completing the finite-dimensional theory for the full Lorentz group.
Suppose V{\displaystyle V}, W{\displaystyle W}are finite-dimensional vector spaces over a field, with dimensions m{\displaystyle m} and n{\displaystyle n}, respectively.
In her 1915 paper,Noether found a solution to the finite basis problem for a finite group of transformations G acting on a finite-dimensional vector space over a field of characteristic zero.
The well-known Tsar'kov's characterisation of finite-dimensional Banach spaces in which every bounded Chebyshev set(bounded P-acyclic set) is convex is extended to the asymmetrical setting.
Phrased somewhat differently, the first part says that a linear operator J on a complex finite-dimensional vector space stabilizes a complete flag V1,…, Vn.
The standard monomial basis in a finite-dimensional irreducible representation of the general linear group GLn are parametrized by the set of semistandard Young tableaux of a fixed shape over the alphabet{1, 2,…, n.
The conclusion is that every representation Π: SO(3; 1)+→ GL(V) and every projective representation Π: SO(3; 1)+→ PGL(W) for V,W finite-dimensional vector spaces are faithful.
The concept of diagonalization is relatively straightforward for operators on finite-dimensional vector spaces but requires some modification for operators on infinite-dimensional spaces.
For asymptotic-stable systems, a method of constructing a state space model based on estimation of matrices ofthe impulse sequence and calculation its fitting finite-dimensional realization is present.
Any finite-dimensional irreducible representation of a semisimple Lie group or Lie algebra can be constructed from the fundamental representations by a procedure due to Élie Cartan.