AbstractLet two mappings f, g be given between smooth manifolds M, N of different dimensions n+m and n, respectively. We consider the problem of the coincidence set Coin(f,g) minimization. Suppose the set Coin(f,g) is equal to a finite union of preimages (under f×g) of diagonal points of the target space N squared, and each preimage is a closed m-submanifold in M. The minimizing coincidence problem may, then, be considered with respect to those preimages. How to coalesce two of them, to move or to remove one of them via homotopies of the mappings f, g? In this paper we give constructive answers to those questions, under additional conditions
We study Nielsen coincidence theory for maps between manifolds of same dimension regardless of orie...
The Nielsen coincidence theory on topological manifolds by Jerzy J e z i e r s k i (Warszawa) Abstra...
by Jerzy J e z i e r s k i (Warszawa) Abstract. We define a relative coincidence Nielsen number Nrel...
AbstractLet two mappings f, g be given between smooth manifolds M, N of different dimensions n+m and...
AbstractThe Nielsen coincidence theory is well understood for a pair of maps (f,g):Mn→Nn where M and...
Abstract. Given two maps f1, f2: Mm − → Nn between manifolds of the in-dicated arbitrary dimensions,...
Abstract. In classical fixed point and coincidence theory the notion of Nielsen numbers has proved t...
The Nielsen coincidence theory is well understood for a pair of maps between $n$-dimensional compact...
Abstract. Basic examples show that coincidence theory is intimately related to central subjects of d...
In this paper we continue to study (“strong”) Nielsen coincidence numbers (which were introduced rec...
AbstractWe extend the Nielsen theory of coincidence sets to equalizer sets, the points where a given...
AbstractThis work studies the coincidence theory of a pair of maps (f, g) from a complex K into a co...
for maps into real projective spaces by Jerzy J e z i e r s k i (Warszawa) Abstract. We give an algo...
AbstractNielsen coincidence theory is extended to manifolds with boundary. For X and Y compact conne...
Abstract. In this paper we study Nielsen coincidence theory for maps between manifolds of same dimen...
We study Nielsen coincidence theory for maps between manifolds of same dimension regardless of orie...
The Nielsen coincidence theory on topological manifolds by Jerzy J e z i e r s k i (Warszawa) Abstra...
by Jerzy J e z i e r s k i (Warszawa) Abstract. We define a relative coincidence Nielsen number Nrel...
AbstractLet two mappings f, g be given between smooth manifolds M, N of different dimensions n+m and...
AbstractThe Nielsen coincidence theory is well understood for a pair of maps (f,g):Mn→Nn where M and...
Abstract. Given two maps f1, f2: Mm − → Nn between manifolds of the in-dicated arbitrary dimensions,...
Abstract. In classical fixed point and coincidence theory the notion of Nielsen numbers has proved t...
The Nielsen coincidence theory is well understood for a pair of maps between $n$-dimensional compact...
Abstract. Basic examples show that coincidence theory is intimately related to central subjects of d...
In this paper we continue to study (“strong”) Nielsen coincidence numbers (which were introduced rec...
AbstractWe extend the Nielsen theory of coincidence sets to equalizer sets, the points where a given...
AbstractThis work studies the coincidence theory of a pair of maps (f, g) from a complex K into a co...
for maps into real projective spaces by Jerzy J e z i e r s k i (Warszawa) Abstract. We give an algo...
AbstractNielsen coincidence theory is extended to manifolds with boundary. For X and Y compact conne...
Abstract. In this paper we study Nielsen coincidence theory for maps between manifolds of same dimen...
We study Nielsen coincidence theory for maps between manifolds of same dimension regardless of orie...
The Nielsen coincidence theory on topological manifolds by Jerzy J e z i e r s k i (Warszawa) Abstra...
by Jerzy J e z i e r s k i (Warszawa) Abstract. We define a relative coincidence Nielsen number Nrel...