AbstractLet f be a smooth self-map of a closed connected manifold of dimension m⩾3. The authors introduced in [G. Graff, J. Jezierski, Minimizing the number of periodic points for smooth maps. Non-simply connected case, Topology Appl. 158 (3) (2011) 276–290] the topological invariant NJDr[f], where r is a fixed natural number, which is equal to the minimal number of r-periodic points in the smooth homotopy class of f. In this paper smooth self-maps of real projective space RPm, where m>3 is odd, are considered and the estimations from below and above for NJDr[f] are given
AbstractBoju Jiang introduced a homotopy invariant NFn(f), for a natural number n, which is a lower ...
AbstractFor f:X→X, with X a compact manifold, Nielsen periodic point theory involves the calculation...
AbstractIn this paper we give methods for computing lower bounds on the number of periodic points of...
AbstractLet f be a smooth self-map of a closed connected manifold of dimension m⩾3. The authors intr...
AbstractLet f be a smooth self-map of a closed manifold of dimension m⩾3, r be a fixed natural numbe...
AbstractLet f be a smooth self-map of 3-dimensional real projective space RP3 and r be a fixed natur...
AbstractLet f be a smooth self-map of a closed manifold of dimension m⩾3, r be a fixed natural numbe...
AbstractShub and Sullivan noticed that there is a large gap between the least number of periodic poi...
Abstract. Let f be a continuous self-map of a smooth compact connected and simply-connected manifold...
For a given self-map f of M, a closed smooth connected and simply-connected manifold of dimension m ...
Let f be a self-map of a smooth compact connected and simply-connected manifold of dimension m ≥ 3, ...
For a given self-map $f$ of $M$, a closed smooth connected and simply-connected manifold of dimensio...
For a given self-map $f$ of $M$, a closed smooth connected and simply-connected manifold of dimensio...
AbstractBoju Jiang introduced a homotopy invariant NFn(f), for a natural number n, which is a lower ...
Let $M$ be two-holed $3$-dimensional closed ball, $r$ a given natural number. We consider $f$, a con...
AbstractBoju Jiang introduced a homotopy invariant NFn(f), for a natural number n, which is a lower ...
AbstractFor f:X→X, with X a compact manifold, Nielsen periodic point theory involves the calculation...
AbstractIn this paper we give methods for computing lower bounds on the number of periodic points of...
AbstractLet f be a smooth self-map of a closed connected manifold of dimension m⩾3. The authors intr...
AbstractLet f be a smooth self-map of a closed manifold of dimension m⩾3, r be a fixed natural numbe...
AbstractLet f be a smooth self-map of 3-dimensional real projective space RP3 and r be a fixed natur...
AbstractLet f be a smooth self-map of a closed manifold of dimension m⩾3, r be a fixed natural numbe...
AbstractShub and Sullivan noticed that there is a large gap between the least number of periodic poi...
Abstract. Let f be a continuous self-map of a smooth compact connected and simply-connected manifold...
For a given self-map f of M, a closed smooth connected and simply-connected manifold of dimension m ...
Let f be a self-map of a smooth compact connected and simply-connected manifold of dimension m ≥ 3, ...
For a given self-map $f$ of $M$, a closed smooth connected and simply-connected manifold of dimensio...
For a given self-map $f$ of $M$, a closed smooth connected and simply-connected manifold of dimensio...
AbstractBoju Jiang introduced a homotopy invariant NFn(f), for a natural number n, which is a lower ...
Let $M$ be two-holed $3$-dimensional closed ball, $r$ a given natural number. We consider $f$, a con...
AbstractBoju Jiang introduced a homotopy invariant NFn(f), for a natural number n, which is a lower ...
AbstractFor f:X→X, with X a compact manifold, Nielsen periodic point theory involves the calculation...
AbstractIn this paper we give methods for computing lower bounds on the number of periodic points of...