We present a study of -colored rooted maps in orientable and locally orientable surfaces. As far as we know, no work on these maps has yet been published. We give a system of n functional equations verified by n-colored orientable rooted maps regardless of genus and with respect to edges and vertices. We exhibit the solution of this system as a vector where each component has a continued fraction form and we deduce a new equation generalizing the Dyck equation for rooted planar trees. Similar results are shown for n-colored rooted maps in locally orientable surfaces
International audienceAn explicit form of the ordinary generating function for the number of rooted ...
AbstractA unicellular map is the embedding of a connected graph in a surface in such a way that the ...
AbstractLet Tg(n) (Pg(n)) be the number of n-edged rooted maps (in a certain class) on an orientable...
We present a study of -colored rooted maps in orientable and locally orientable surfaces. As far as ...
AbstractWe present a study of n-colored rooted maps in orientable and locally orientable surfaces. A...
AbstractWe present a new approach in the study of rooted maps without regard to genus. We prove the ...
International audienceSeveral enumeration results are known about rooted maps on orientable surfaces...
AbstractSeveral enumeration results are known about rooted maps on orientable surfaces, whereas root...
New topological operations are introduced in order to recover in another way the generalized Dyck eq...
International audienceWe present a new approach in the study of rooted maps without regard to genus....
International audienceWe use the Marcus and Schaeffer's bijection, that relates rooted maps on orien...
AbstractWe extend some of the earlier results on the enumeration of rooted maps on a surface by numb...
We simplify the recurrence satisfied by the polynomial part of the generating function that counts r...
AbstractLet S be a surface. We asymptotically enumerate two classes of n-edged maps on S as N → ∞: t...
Abstract. We establish a simple recurrence formula for the number Qng of rooted orientable maps coun...
International audienceAn explicit form of the ordinary generating function for the number of rooted ...
AbstractA unicellular map is the embedding of a connected graph in a surface in such a way that the ...
AbstractLet Tg(n) (Pg(n)) be the number of n-edged rooted maps (in a certain class) on an orientable...
We present a study of -colored rooted maps in orientable and locally orientable surfaces. As far as ...
AbstractWe present a study of n-colored rooted maps in orientable and locally orientable surfaces. A...
AbstractWe present a new approach in the study of rooted maps without regard to genus. We prove the ...
International audienceSeveral enumeration results are known about rooted maps on orientable surfaces...
AbstractSeveral enumeration results are known about rooted maps on orientable surfaces, whereas root...
New topological operations are introduced in order to recover in another way the generalized Dyck eq...
International audienceWe present a new approach in the study of rooted maps without regard to genus....
International audienceWe use the Marcus and Schaeffer's bijection, that relates rooted maps on orien...
AbstractWe extend some of the earlier results on the enumeration of rooted maps on a surface by numb...
We simplify the recurrence satisfied by the polynomial part of the generating function that counts r...
AbstractLet S be a surface. We asymptotically enumerate two classes of n-edged maps on S as N → ∞: t...
Abstract. We establish a simple recurrence formula for the number Qng of rooted orientable maps coun...
International audienceAn explicit form of the ordinary generating function for the number of rooted ...
AbstractA unicellular map is the embedding of a connected graph in a surface in such a way that the ...
AbstractLet Tg(n) (Pg(n)) be the number of n-edged rooted maps (in a certain class) on an orientable...