Abstract. We define new proper homotopy invariants, the proper Lusternik-Schnirelmann p1-categories p~p1-cat and p~p y 1-cat. Then, we prove that, if p~p1-cat (resp. p~py1-cat) of a locally path-connected, Hausdor¤, locally compact, and paracompact space is equal to or less than n, then there is a proper map to a locally finite polyhedron of dimension nþ 1 that induces an isomorphism of fundamental pro-groups p~p1 (resp. p~py1)
The Lusternik–Schnirelmann category and topological complexity are important invariants of topologic...
AbstractThe Lusternik–Schnirelmann π1-category, catπ1X, of a topological space X is the least intege...
The sectional category of a continuous map between topological spaces is a numerical invariant of th...
AbstractFor a compact polyhedron, P, the category, cat(P), of P in the sense of Lusternik and Schnir...
We will consider only a locally connected, locally compact, Hausdorff topological spaces. We will de...
short and denoted by cat.X /, is defined to be the least integer n such that there exists an open co...
The purpose of this note is to present a bigraded sequence of functors associated with compact PL-ma...
AbstractThis paper presents a study of one-ended locally finite CW-complexes with proper L–S categor...
We prive the following theorem which is a locally compact analogue of results of S.Ferry and the aut...
AbstractLusternik-Schnirelmann category is an important numerical homotopy invariant, defined origin...
AbstractLet P be a compact connected polyhedron. A categorical (contractible) cover {X1,…,Xk} of P i...
In his thesis we are concerned with certain numerical invariants of homotopy type akin to the Luster...
This work presents a classification of the proper homotopy types of locally finite 1-dimensional CW-...
We introduce a new notion of covering projection E X of a topological space X which reduces to the ...
The notion of closure finite complexes with weak topology introduced by J.H.C. Whitehead determines ...
The Lusternik–Schnirelmann category and topological complexity are important invariants of topologic...
AbstractThe Lusternik–Schnirelmann π1-category, catπ1X, of a topological space X is the least intege...
The sectional category of a continuous map between topological spaces is a numerical invariant of th...
AbstractFor a compact polyhedron, P, the category, cat(P), of P in the sense of Lusternik and Schnir...
We will consider only a locally connected, locally compact, Hausdorff topological spaces. We will de...
short and denoted by cat.X /, is defined to be the least integer n such that there exists an open co...
The purpose of this note is to present a bigraded sequence of functors associated with compact PL-ma...
AbstractThis paper presents a study of one-ended locally finite CW-complexes with proper L–S categor...
We prive the following theorem which is a locally compact analogue of results of S.Ferry and the aut...
AbstractLusternik-Schnirelmann category is an important numerical homotopy invariant, defined origin...
AbstractLet P be a compact connected polyhedron. A categorical (contractible) cover {X1,…,Xk} of P i...
In his thesis we are concerned with certain numerical invariants of homotopy type akin to the Luster...
This work presents a classification of the proper homotopy types of locally finite 1-dimensional CW-...
We introduce a new notion of covering projection E X of a topological space X which reduces to the ...
The notion of closure finite complexes with weak topology introduced by J.H.C. Whitehead determines ...
The Lusternik–Schnirelmann category and topological complexity are important invariants of topologic...
AbstractThe Lusternik–Schnirelmann π1-category, catπ1X, of a topological space X is the least intege...
The sectional category of a continuous map between topological spaces is a numerical invariant of th...