In addition to Voronoi's tessellation and Johnson-Mehl diagrams, these objects were used by Kayser and Stute to study human lung carcinoma.
In addition to Voronoi's tessellation and Johnson-Mehl diagrams, these objects were used by Kayser and Stute to study human lung carcinoma. Problems involving the k type of these objects are NP-complete, and the Euclidean type involve Delaunay triangulation. The running time of one of the fastest ways to find these objects is based on a soft heap and includes the functional inverse of the Ackermann function. Another way to find these objects was first presented by Karger, Klein, and Tarjan, and involves a randomized linear-time algorithm. Greedy algorithms such as Kruskal's algorithm and Prim's algorithm can also be used to compute these objects, which can be used to find a solution to the traveling salesman problem. For 10 points, name this subgraph that contains all of a graph's vertices with the least possible edge weight.
In addition to Voronoi's tessellation and Johnson-Mehl diagrams, these objects were used by Kayser and Stute to study human lung carcinoma.
{minimum spanning tree}s