The authors proved in [10] that every planar graph has a representation by contact of triangles. We prove here that this representation result extend to planar ...
1 To be precise, we only allow one-sided contacts, see Section 2 for more details. Page 3. Representation of Planar Hypergraphs by Contacts of Triangles. 127.
The authors prove that every planar graph has a representation by contact of triangles, and propose some possible generalization directions and open ...
The authors proved in a previous paper that every planar graph has a representation by contact of triangles. We prove here that this representation result ...
The authors proved in that every planar graph has a representation by contact of triangles. We prove here that this representation result extend to planar ...
The authors proved in [10] that every planar graph has a representation by contact of triangles. We prove here that this representation result extend to planar ...
The authors proved in [10] that every planar graph has a representation by contact of triangles. We prove here that this representation result extend to planar ...
Our interest in this paper are triangle contact representations of planar graphs with homothetic triangles, i.e, vertices are represented by a set of disjoint ...
Missing: Hypergraphs | Show results with:Hypergraphs
An internally triangulated, plane graph G without separating triangles and exactly four vertices on the outer face is called properly triangulated planar (PTP).
Planar Linear Hypergraphs: Representation by contacts of segments and/or triangles. (Vertices are represented by segments or triangles. Edged by contact ...