activity
19992002
most citedNuclear semimodules and kernel theorems in idempotent analysis. An algebraic approach

7 citations · 7 across the 2 of their papers we have counts for

collaborators

6 papers

math.FA20027 cited

Nuclear semimodules and kernel theorems in idempotent analysis. An algebraic approach

Grigori Litvinov, Grigori Shpiz

In this note we describe conditions under which, in idempotent functional analysis, linear operators have integral representations in terms of idempotent integral of V. P. Maslov.…

math.RT2002

Idempotent (Asymptotic) Mathematics and the Representation Theory

Grigori Litvinov, Viktor Maslov, Grigori Shpiz

A brief survey of some basic ideas of the so-called Idempotent Mathematics is presented; an "idempotent" version of the representation theory is discussed. The Idempotent Mathemati…

math.FA2001

A theorem on eigenvectors in idempotent spaces

Grigori Shpiz

This paper suggests an algebraic version of the theorem on the existence of eigenvectors for linear operators in abstract idempotent spaces. Earlier, the theorem on the existence o…

math.FA2001

Tensor products of idempotent semimodules. An algebraic approach

Grigori Litvinov, Viktor Maslov, Grigori Shpiz

We study idempotent analogs of topological tensor products in the sense of A. Grothendieck. The basic concepts and results are simulated on the algebraic level. This is one of a se…

math.FA2000

Linear functionals on idempotent spaces: an algebraic approach

Grigori Litvinov, Victor Maslov, Grigori Shpiz

In this paper, we present an algebraic approach to idempotent functional analysis, which is an abstract version of idempotent analysis. The basic concepts and results are expressed…

quant-ph1999

Nondigital implementation of the arithmetic of real numbers by means of quantum computer media

Grigori Litvinov, Viktor Maslov, Grigori Shpiz

In the framework of a model for quantum computer media, a nondigital implementation of the arithmetic of the real numbers is described. For this model, an elementary storage "cell"…