A graph is a probe interval graph (PIG) if its vertices can be partitioned into probes and nonprobes with an interval assigned to each vertex so that vertices are adjacent if and only if their corresponding intervals intersect and at least one of the vertices is a probe. When all intervals have the same length (or equivalently, no interval contains another properly) the graph is a unit probe interval graph. We characterize, via a list of minimal forbidden induced subgraphs, and no a priori partition of vertices into probes and nonprobes, the class of bipartite unit probe interval graphs and present a linear time recognition algorithm for them which is based on this characterization
A graph is probe (unit) interval if its vertices can be partitioned into two sets: a set of probe ve...
Give a graph class G and a nonnegative integer k, we use G+kv, G+ke, and G−ke to denote the classes ...
AbstractProbe interval graphs (PIGs) are used as a generalization of interval graphs in physical map...
A graph is a probe interval graph (PIG) if its vertices can be partitioned into probes and nonprobes...
A graph is a probe interval graph (PIG) if its vertices can be partitioned into probes and nonprobes...
A graph is a probe interval graph (PIG) if its vertices can be partitioned into probes and nonprobes...
AbstractA graph is a probe interval graph (PIG) if its vertices can be partitioned into probes and n...
A graph is a probe interval graph if its vertices can be partitioned into probes and nonprobes with ...
A graph is a probe interval graph if its vertices can be partitioned into probes and nonprobes with ...
A graph G is a tolerance graph if and only if each vertex v ∈ V (G) can be associated with an interv...
a b s t r a c t In a partitioned probe graph the vertex set is partitioned into probes and non-probe...
A graph is probe (unit) interval if its vertices can be partitioned into two sets: a set of probe ve...
AbstractA graph is a probe interval graph (PIG) if its vertices can be partitioned into probes and n...
Graphs and AlgorithmsA graph is a probe interval graph if its vertices can be partitioned into probe...
AbstractWe describe a linear time algorithm for the recognition of graphs that have an intersection ...
A graph is probe (unit) interval if its vertices can be partitioned into two sets: a set of probe ve...
Give a graph class G and a nonnegative integer k, we use G+kv, G+ke, and G−ke to denote the classes ...
AbstractProbe interval graphs (PIGs) are used as a generalization of interval graphs in physical map...
A graph is a probe interval graph (PIG) if its vertices can be partitioned into probes and nonprobes...
A graph is a probe interval graph (PIG) if its vertices can be partitioned into probes and nonprobes...
A graph is a probe interval graph (PIG) if its vertices can be partitioned into probes and nonprobes...
AbstractA graph is a probe interval graph (PIG) if its vertices can be partitioned into probes and n...
A graph is a probe interval graph if its vertices can be partitioned into probes and nonprobes with ...
A graph is a probe interval graph if its vertices can be partitioned into probes and nonprobes with ...
A graph G is a tolerance graph if and only if each vertex v ∈ V (G) can be associated with an interv...
a b s t r a c t In a partitioned probe graph the vertex set is partitioned into probes and non-probe...
A graph is probe (unit) interval if its vertices can be partitioned into two sets: a set of probe ve...
AbstractA graph is a probe interval graph (PIG) if its vertices can be partitioned into probes and n...
Graphs and AlgorithmsA graph is a probe interval graph if its vertices can be partitioned into probe...
AbstractWe describe a linear time algorithm for the recognition of graphs that have an intersection ...
A graph is probe (unit) interval if its vertices can be partitioned into two sets: a set of probe ve...
Give a graph class G and a nonnegative integer k, we use G+kv, G+ke, and G−ke to denote the classes ...
AbstractProbe interval graphs (PIGs) are used as a generalization of interval graphs in physical map...