# Dynamical Systems Generated by Linear Maps by Ćemal B. Dolićanin, Anatolij B. Antonevich (auth.)

By Ćemal B. Dolićanin, Anatolij B. Antonevich (auth.)

The ebook offers with dynamical structures, generated via linear mappings of finite dimensional areas and their functions. those structures have a comparatively easy constitution from the perspective of the fashionable dynamical structures conception. in spite of the fact that, for the dynamical structures of this type, it really is attainable to acquire specific solutions to precise questions being worthy in applications.

The thought of difficulties are average and glance fairly uncomplicated, yet in fact during research, they confront clients with lots of sophisticated questions and their distinctive research wishes a considerable effort.

The difficulties coming up are regarding linear algebra and dynamical structures concept, and accordingly, the ebook may be regarded as a common amplification, refinement and complement to linear algebra and dynamical platforms conception textbooks.

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**Extra resources for Dynamical Systems Generated by Linear Maps**

**Example text**

8) have different asymptotic behavior. e. under the following rule: r (k1 )n Cns1 r (k2 )n Cns2 , if k1 < k2 and if k1 = k2 and s1 s2 . 24 3 Representation of the Vector Trajectory In particular, for a given k, the highest rate of growth has the non-zero summand with the highest index s. 8). e. it is the summand p(q) Cn U (q)n− p(q) T (q) p(q) x(q). But, for different vectors x, different summands may be non-zero, and the behavior of the trajectory of the concrete vector x depends on the form of these summands.

Proof Let us conduct the process of transformation of the basis (v j ) to a normal one, in the following way. Let ckk = 1 and, consequently, we look for u k in the form u k = c1k v1 + c2k v2 + · · · + ck−1,k vk−1 + vk . For any k, choose coefficients, where the indicator of the vector u k is the smallest. Due to the finiteness of the set of values of indicators, such a linear combination always exists. If there are several of such combinations, we choose any of them. Let us show that the collection of vectors we get in this way is, indeed, a normal basis.

Let us also note, that in the definition of an ultrametric space, (and in the case of non-archimedean norm on the vector space with the trivial norm on a number field), the axioms use the relation ≤, for the values of the norm ∀x∀, and use the fact that for two values ∀x∀ and ∀y∀ the quantity max{∀x∀, ∀y∀} is determined. Here, the operations of addition and multiplication are not used. But, the relation ≤ and the notion of maximum of two elements is determined for elements of any linearly ordered set.