AbstractIn a recent paper M. Buck and D. Robbins have given the continued fraction expansion of an algebraic power series when the base field is F3. We study its rational approximation property in relation with Roth's theorem, and we show that this element has an analog for each power of an odd prime number. At last we give the explicit continued fraction expansion of another classical example
We discuss the continued fraction expansion, in the field of power series over a finite prime field,...
Casually introduced thirty years ago, a simple algebraic equation of degree 4 with coefficients in F...
An irrational power series over a finite field F_q of characteristic p is called hyperquadratic if i...
AbstractIn a recent paper M. Buck and D. Robbins have given the continued fraction expansion of an a...
For each rational number not less than 2, we provide an explicit family of continued fractions of al...
AbstractLet F be an arbitrary field and let K = F((x−1)) be the field of formal Laurent series in x−...
AbstractThe continued fraction expansion for a quartic power series over the finite field F13 was co...
In 1986, some examples of algebraic, and nonquadratic, power series over a fi?nite prime ?field, hav...
The first part of this note is a short introduction on continued fraction expansions for certain alg...
In this note, we describe a family of particular algebraic, and nonquadratic, power series over an a...
AbstractWe define and describe a class of algebraic continued fractions for power series over a fini...
Abstract. We construct families of non-quadratic algebraic laurent series (over finite fields of any...
A continued fraction expansion for a quartic power series over F_13 was conjectured by David Robbins...
Approximation exponents for algebraic functions in positive characteristic by Bernard de Mathan (Tal...
AbstractAn irrational power series over a finite field Fq of characteristic p is called hyperquadrat...
We discuss the continued fraction expansion, in the field of power series over a finite prime field,...
Casually introduced thirty years ago, a simple algebraic equation of degree 4 with coefficients in F...
An irrational power series over a finite field F_q of characteristic p is called hyperquadratic if i...
AbstractIn a recent paper M. Buck and D. Robbins have given the continued fraction expansion of an a...
For each rational number not less than 2, we provide an explicit family of continued fractions of al...
AbstractLet F be an arbitrary field and let K = F((x−1)) be the field of formal Laurent series in x−...
AbstractThe continued fraction expansion for a quartic power series over the finite field F13 was co...
In 1986, some examples of algebraic, and nonquadratic, power series over a fi?nite prime ?field, hav...
The first part of this note is a short introduction on continued fraction expansions for certain alg...
In this note, we describe a family of particular algebraic, and nonquadratic, power series over an a...
AbstractWe define and describe a class of algebraic continued fractions for power series over a fini...
Abstract. We construct families of non-quadratic algebraic laurent series (over finite fields of any...
A continued fraction expansion for a quartic power series over F_13 was conjectured by David Robbins...
Approximation exponents for algebraic functions in positive characteristic by Bernard de Mathan (Tal...
AbstractAn irrational power series over a finite field Fq of characteristic p is called hyperquadrat...
We discuss the continued fraction expansion, in the field of power series over a finite prime field,...
Casually introduced thirty years ago, a simple algebraic equation of degree 4 with coefficients in F...
An irrational power series over a finite field F_q of characteristic p is called hyperquadratic if i...