AbstractFor the categories of pointed spaces, pointed simplicial sets and simplicial groups and for some fixed cofibrant object A there are closed model category structures in which cofibrant objects are built out of “A-cells”. The A-cellular structure coincides with the usual structure when A=S0 for spaces and simplicial sets, or A=Zconst for simplicial groups. Closed-model category structures are also defined for diagrams in such a way that for diagrams over a contractible category under certain conditions the factorization of a map of diagrams into an A-cofibration followed by an A-trivial fibration commutes with holim up to an equivalence
AbstractWe realise Joyal' cell category Θ as a dense subcategory of the category of ω-categories. Th...
AbstractWe find settings in which it is possible to resolve a topological space by simplicial spaces...
AbstractGiven any model category, or more generally any category with weak equivalences, its simplic...
AbstractFor the categories of pointed spaces, pointed simplicial sets and simplicial groups and for ...
AbstractWe show that any closed model category of simplicial algebras over an algebraic theory is Qu...
AbstractThe homotopy theory of simplical groups is well known [2, Ch. VI] to be equivalent to the po...
The concept of model category is due to Quillen [1]. It represents an axiomatic aproach to homotopy ...
The concept of model category is due to Quillen [1]. It represents an axiomatic aproach to homotopy ...
If all objects of a simplicial combinatorial model category \cat A are cofibrant, then there exists ...
Let be a large category which is cocomplete. We construct a model structure (in the sense of Quille...
AbstractWe determine a necessary and sufficient condition for a functor between closed model categor...
AbstractLet S be the category of simplicial sets, let D be a small category and let SD denote the ca...
For m >= n > 0, a map f between pointed spaces is said to be a weak [n,m]-equivalence if f induces i...
AbstractWe construct cellular homotopy theories for categories of simplicial presheaves on small Gro...
AbstractGiven any model category, or more generally any category with weak equivalences, its simplic...
AbstractWe realise Joyal' cell category Θ as a dense subcategory of the category of ω-categories. Th...
AbstractWe find settings in which it is possible to resolve a topological space by simplicial spaces...
AbstractGiven any model category, or more generally any category with weak equivalences, its simplic...
AbstractFor the categories of pointed spaces, pointed simplicial sets and simplicial groups and for ...
AbstractWe show that any closed model category of simplicial algebras over an algebraic theory is Qu...
AbstractThe homotopy theory of simplical groups is well known [2, Ch. VI] to be equivalent to the po...
The concept of model category is due to Quillen [1]. It represents an axiomatic aproach to homotopy ...
The concept of model category is due to Quillen [1]. It represents an axiomatic aproach to homotopy ...
If all objects of a simplicial combinatorial model category \cat A are cofibrant, then there exists ...
Let be a large category which is cocomplete. We construct a model structure (in the sense of Quille...
AbstractWe determine a necessary and sufficient condition for a functor between closed model categor...
AbstractLet S be the category of simplicial sets, let D be a small category and let SD denote the ca...
For m >= n > 0, a map f between pointed spaces is said to be a weak [n,m]-equivalence if f induces i...
AbstractWe construct cellular homotopy theories for categories of simplicial presheaves on small Gro...
AbstractGiven any model category, or more generally any category with weak equivalences, its simplic...
AbstractWe realise Joyal' cell category Θ as a dense subcategory of the category of ω-categories. Th...
AbstractWe find settings in which it is possible to resolve a topological space by simplicial spaces...
AbstractGiven any model category, or more generally any category with weak equivalences, its simplic...