AbstractIn this paper we use Conway's surreal numbers to define a refinement of the box-counting dimension of a subset of a metric space. The surreal dimension of such a subset is well-defined in many cases in which the box-counting dimension is not. Surreal dimensions refine box-counting dimensions due to the fact that the class of surreal numbers contains infinitesimal elements as well as every real number. We compute the surreal dimensions of generalized Cantor sets, and we state some open problems
Abstract. We estimate the packing measure of Cantor sets associated to non-increasing sequences thro...
In this paper we consider the relationship between the Assouad and box-counting dimension and how bo...
The notion of surreal number was introduced by J.H. Conway in the mid 1970\'s: the surreal numbers c...
AbstractIn this paper we use Conway's surreal numbers to define a refinement of the box-counting dim...
We analyze the structure and the regularity of a broad class of Cantor sets. We provide criteria, an...
Abstract. We determine the constructive dimension of points in random translates of the Cantor set. ...
We give a presentation of Conway’s surreal numbers focusing on the connections with transseries and ...
In this paper we investigate a special projection of n-dimensional Cantor sets which produces shado...
The purpose of this paper is to explore some of the properties of the Cantor set and to extend the i...
Conway's field No of surreal numbers comes both with a natural total order and an additional "simpli...
This paper presents an implementation of arithmetic on Conway’s surreal numbers. It also provides to...
We define the Cantor-type set E first, and then the Besicovitch subset Bp of E. We mainly show the d...
This paper is a summary of some interesting properties of the Cantor ternary set and a few investiga...
This book covers the fundamental results of the dimension theory of metrizable spaces, especially in...
This treatise is 5 consecutive papers published in the same proceedings of the same conference . 1st...
Abstract. We estimate the packing measure of Cantor sets associated to non-increasing sequences thro...
In this paper we consider the relationship between the Assouad and box-counting dimension and how bo...
The notion of surreal number was introduced by J.H. Conway in the mid 1970\'s: the surreal numbers c...
AbstractIn this paper we use Conway's surreal numbers to define a refinement of the box-counting dim...
We analyze the structure and the regularity of a broad class of Cantor sets. We provide criteria, an...
Abstract. We determine the constructive dimension of points in random translates of the Cantor set. ...
We give a presentation of Conway’s surreal numbers focusing on the connections with transseries and ...
In this paper we investigate a special projection of n-dimensional Cantor sets which produces shado...
The purpose of this paper is to explore some of the properties of the Cantor set and to extend the i...
Conway's field No of surreal numbers comes both with a natural total order and an additional "simpli...
This paper presents an implementation of arithmetic on Conway’s surreal numbers. It also provides to...
We define the Cantor-type set E first, and then the Besicovitch subset Bp of E. We mainly show the d...
This paper is a summary of some interesting properties of the Cantor ternary set and a few investiga...
This book covers the fundamental results of the dimension theory of metrizable spaces, especially in...
This treatise is 5 consecutive papers published in the same proceedings of the same conference . 1st...
Abstract. We estimate the packing measure of Cantor sets associated to non-increasing sequences thro...
In this paper we consider the relationship between the Assouad and box-counting dimension and how bo...
The notion of surreal number was introduced by J.H. Conway in the mid 1970\'s: the surreal numbers c...