A homogenizable structure M is a structure where we may add a finite amount of new relational symbols to represent some 0-definable relations in order to make the structure homogeneous. In this article we will divide the homogenizable structures into different classes which categorize many known examples and show what makes each class important. We will show that model completeness is vital for the relation between a structure and the amalgamation bases of its age and give a necessary and sufficient condition for an countably categorical model-complete structure to be homogenizable
We assign a relational structure to any finite algebra in a canonical way,using solution sets of equ...
AbstractA structure is called homogeneous if every isomorphism between finitely induced substructure...
We give a self-contained introduction to universal homogeneous models (also known as rich models) in...
A homogenizable structure M is a structure where we may add a finite amount of new relational symbol...
AbstractA relational first order structure is homogeneous if it is countable (possibly finite) and e...
Homogenization is a powerful way of taming a class of finite structures with several interesting app...
Homogenization is a powerful way of taming a class of finite structures with several interesting app...
Jarik Neˇsetˇril suggested to the first author the investigation of notions of homogeneity for relat...
This work analyses properties of relational structures that imply a high degree of symmetry. A struc...
In this paper, we state and prove two Fraïssé-style results that cover existence and uniqueness prop...
The main purpose of these lectures is to give an exposition of some basic material on ho-mogeneous s...
How can we prove that some fragment of a given logic has the power to define precisely all structura...
The concept of model completeness for a first order theory T was first formulated by A. ROBINSON [6]...
In the present article the syntactic approach to construction of generic models generalizing known s...
AbstractWe define model structures on exact categories, which we call exact model structures. We loo...
We assign a relational structure to any finite algebra in a canonical way,using solution sets of equ...
AbstractA structure is called homogeneous if every isomorphism between finitely induced substructure...
We give a self-contained introduction to universal homogeneous models (also known as rich models) in...
A homogenizable structure M is a structure where we may add a finite amount of new relational symbol...
AbstractA relational first order structure is homogeneous if it is countable (possibly finite) and e...
Homogenization is a powerful way of taming a class of finite structures with several interesting app...
Homogenization is a powerful way of taming a class of finite structures with several interesting app...
Jarik Neˇsetˇril suggested to the first author the investigation of notions of homogeneity for relat...
This work analyses properties of relational structures that imply a high degree of symmetry. A struc...
In this paper, we state and prove two Fraïssé-style results that cover existence and uniqueness prop...
The main purpose of these lectures is to give an exposition of some basic material on ho-mogeneous s...
How can we prove that some fragment of a given logic has the power to define precisely all structura...
The concept of model completeness for a first order theory T was first formulated by A. ROBINSON [6]...
In the present article the syntactic approach to construction of generic models generalizing known s...
AbstractWe define model structures on exact categories, which we call exact model structures. We loo...
We assign a relational structure to any finite algebra in a canonical way,using solution sets of equ...
AbstractA structure is called homogeneous if every isomorphism between finitely induced substructure...
We give a self-contained introduction to universal homogeneous models (also known as rich models) in...