This paper studies the problem of maintaining the 2-edge-connected components of a graph undergoing repeated dynamic modifications, such as edge insertions and edge deletions. It is shown how to test at any time whether two vertices belong to the same 2-edge-connected component, and how to insert and delete an edge in $O(m^{2/3} )$ time in the worst case, where m is the current number of edges in the graph
We present fully dynamic algorithms for maintaining the biconnected components in general and plane...
AbstractIn this paper, a data structure is presented to efficiently maintain the 2- and 3-edge-conne...
We study the problem of maintaining the 2-edge-, 2-vertex-, and 3-edge-connected components of a dy...
This paper studies the problem of maintaining the 2-edge-connected components of a graph undergoing ...
This paper studies the problem of maintaining the 2-edge-connected components of a graph undergoing ...
This paper studies the problem of maintaining the 2-edge-connected components of a graph undergoing ...
This paper studies the problem of maintaining the 2-edge-connected components of a graph undergoing ...
This paper studies the problem of maintaining the 2-edge-connected components of a graph undergoing ...
The problem of maintaining the 3-edge-connected components of a graph undergoing repeated dynamic mo...
The problem of maintaining the 3-edge-connected components of a graph undergoing repeated dynamic mo...
The problem of maintaining the 3-edge-connected components of a graph undergoing repeated dynamic mo...
The problem of maintaining the 3-edge-connected components of a graph undergoing repeated dynamic mo...
The problem of maintaining the 3-edge-connected components of a graph undergoing repeated dynamic mo...
This paper presents the first dynamic algorithm that maintains 2-edge connectivity in polylogarithmi...
We present a data structure for maintaining 2-edge connectivity information dynamically in an embedd...
We present fully dynamic algorithms for maintaining the biconnected components in general and plane...
AbstractIn this paper, a data structure is presented to efficiently maintain the 2- and 3-edge-conne...
We study the problem of maintaining the 2-edge-, 2-vertex-, and 3-edge-connected components of a dy...
This paper studies the problem of maintaining the 2-edge-connected components of a graph undergoing ...
This paper studies the problem of maintaining the 2-edge-connected components of a graph undergoing ...
This paper studies the problem of maintaining the 2-edge-connected components of a graph undergoing ...
This paper studies the problem of maintaining the 2-edge-connected components of a graph undergoing ...
This paper studies the problem of maintaining the 2-edge-connected components of a graph undergoing ...
The problem of maintaining the 3-edge-connected components of a graph undergoing repeated dynamic mo...
The problem of maintaining the 3-edge-connected components of a graph undergoing repeated dynamic mo...
The problem of maintaining the 3-edge-connected components of a graph undergoing repeated dynamic mo...
The problem of maintaining the 3-edge-connected components of a graph undergoing repeated dynamic mo...
The problem of maintaining the 3-edge-connected components of a graph undergoing repeated dynamic mo...
This paper presents the first dynamic algorithm that maintains 2-edge connectivity in polylogarithmi...
We present a data structure for maintaining 2-edge connectivity information dynamically in an embedd...
We present fully dynamic algorithms for maintaining the biconnected components in general and plane...
AbstractIn this paper, a data structure is presented to efficiently maintain the 2- and 3-edge-conne...
We study the problem of maintaining the 2-edge-, 2-vertex-, and 3-edge-connected components of a dy...