Transcendental numbers having explicit -adic and Jacobi-Perron expansions
A class of transcendental numbers with explicit g-adic expansion and the Jacobi-Perron algorithm
In this paper, we give transcendental numbers φ and ψ such that (i) both φ and ψ have explicit g-adic expansions, and simultaneously, (ii) the vector has an explicit expression in the Jacobi-Perron algorithm (cf. Theorem 1). Our results can be regarded as a higher-dimensional version of some of the results in [1]-[5] (see also [6]-[8], [10], [11]). The numbers φ and ψ have some connection with algebraic numbers with minimal polynomials x³ - kx² - lx - 1 satisfying (1.1) k ≥ l ≥0, k + l ≥ 2 (k,l...
A class of transcendental numbers having explicit g-adic and Jacobi-Perron expansions of arbitrary dimension
*-sturmian words and complexity
We give analogs of the complexity and of Sturmian words which are called respectively the -complexity and -Sturmian words. We show that the class of -Sturmian words coincides with the class of words satisfying , and we determine the structure of -Sturmian words. For a class of words satisfying , we give a general formula and an upper bound for . Using this general formula, we give explicit formulae for for some words belonging to this class. In general, can take large values, namely,...
Complexity of sequences defined by billiard in the cube
Hankel determinants for the Fibonacci word and Padé approximation
Page 1