AbstractWe investigate projections of homogeneous polynomial vector fields to level sets of homogeneous polynomials. This allows a systematic study of “stationary points at infinity” for polynomial differential equations inn-dimensional real space. Results include some general criteria for the existence of unbounded solutions, and a fairly complete discussion of boundedness of solutions for second-order equations in one dependent variabl
In this paper we consider the set of positive points at which a polynomial with positive coefficient...
AbstractThe paper deals with polynomial Liénard equations of type (m,n), i.e. planar vector fields a...
We present a map H -- H?that assigns to each finite-dimensional space of smooth functions a homogene...
AbstractWe investigate projections of homogeneous polynomial vector fields to level sets of homogene...
problems with deep significance for the advance of mathematical science. There has been intensive re...
AbstractWe study the dynamical behaviour of polynomial hamiltonian planar vector fields. Particularl...
We provide canonical forms for the homogeneous polynomials of degree five. Then we characterize all ...
AbstractWe derive some restrictions on the possible degrees of algebraic invariant curves and on the...
AbstractInvariant characterizations are obtained for the existence of one or more common factors in ...
In this paper we address the Poincare problem, on plane polynomial vector fields, under some conditi...
International audienceWe introduce the imaginary projection of a multivariate polynomial f ∈ C[z] as...
In this paper we address the Poincaré problem, on plane polynomial vector fields, under some conditi...
The aim of this paper is to construct the analytic vector fields on the plane with given as trajecto...
Abstract. In this paper I treat the problem of determining the dimension of the vector space of homo...
The celebrated Hilbert\u27s 10th problem asks for an algorithm to decide whether a system of po...
In this paper we consider the set of positive points at which a polynomial with positive coefficient...
AbstractThe paper deals with polynomial Liénard equations of type (m,n), i.e. planar vector fields a...
We present a map H -- H?that assigns to each finite-dimensional space of smooth functions a homogene...
AbstractWe investigate projections of homogeneous polynomial vector fields to level sets of homogene...
problems with deep significance for the advance of mathematical science. There has been intensive re...
AbstractWe study the dynamical behaviour of polynomial hamiltonian planar vector fields. Particularl...
We provide canonical forms for the homogeneous polynomials of degree five. Then we characterize all ...
AbstractWe derive some restrictions on the possible degrees of algebraic invariant curves and on the...
AbstractInvariant characterizations are obtained for the existence of one or more common factors in ...
In this paper we address the Poincare problem, on plane polynomial vector fields, under some conditi...
International audienceWe introduce the imaginary projection of a multivariate polynomial f ∈ C[z] as...
In this paper we address the Poincaré problem, on plane polynomial vector fields, under some conditi...
The aim of this paper is to construct the analytic vector fields on the plane with given as trajecto...
Abstract. In this paper I treat the problem of determining the dimension of the vector space of homo...
The celebrated Hilbert\u27s 10th problem asks for an algorithm to decide whether a system of po...
In this paper we consider the set of positive points at which a polynomial with positive coefficient...
AbstractThe paper deals with polynomial Liénard equations of type (m,n), i.e. planar vector fields a...
We present a map H -- H?that assigns to each finite-dimensional space of smooth functions a homogene...