Some Classes of Linear Conjugation Problems for a Four-Dimensional Vector That Are Solvable in Closed Form to construct a
canonical system of solutions to the linear conjugation problem and distinguish some classes
Products in categories of fractions and universal inversion of homomorphisms X, then finite direct products also exist in k[Σ -1] and the
canonical functor k → k[Σ -1] preserves
Bringing the Subject Domain Ontology to Optimal Canonical FormA formal definition of the subject domain ontology is given. The concept of the
canonical form of a
Analytical synthesis of functional low-order observers coefficients is reduced to a modal control problem. The proposed method is based on the
matrix canonization Products in categories of fractions and universal inversion of homomorphisms X, then finite direct products also exist in k[Σ -1] and the
canonical functor k → k[Σ -1] preserves
On Operators all of Which Powers have the same Trace(A) : A∈ K A,ϕ } = { 0 , 1 , … , n} and det(A) ∈{0,1} for A= M n (ℂ) and ϕ = tr, the
canonical trace. We