… To conclude this section, we show that the variant of Multicut, where the … In this paper we
gave an algorithm for Multicut running in time O(1.… n ), the first algorithm breaking the barrier of 2 …

… : Directed Multicut and Undirected Multicut. Multiway Cut is a specific instance of Multicut. In
the … Both Multiway Cut and Multicut represent significant generalizations of the minimum cut …

… It does so significantly faster then existing approximate methods, which is … on solving the
multicut problem by local move making methods together with (ii) a new approximate multicut …

… solving (2) or (3). Excluding algorithms for the specific simple recourse problem (see, eg, Kall
[8], Wets [14]), a major method for solving (2) … the multicut algorithm to converge faster than …

… We compare the following algorithms for solving the Multicut problems in our pipeline: ILP-based
solver ilp [3], the Kernighan-Lin algorithm kl [21], the greedy additive edge contraction …

… on the exponent of n in algorithms solving Multicut(H). … the Multicut problem in its full generality,
Theorem 1.2 gives a … ) that can be solved significantly faster than the known upper bound. …

… showing that the method runs efficiently despite solving a quadratic problem instead of a …
performs significantly faster than standard techniques. The adaptive multicut method has …

… is faster than BM-HYB. It is also interesting to see that, among the instances that BM-OA is
capable of solving … either solving more instances within the time limit or doing it faster. More …

… solving the multicut problem combinatorially. In the following, we provide formal definitions of
the edge contraction and the EC-MDP designed for solving the multicut … solving the multicut …

… In this work, we propose a novel graphbased formulation that links and clusters person
hypotheses over time by solving an instance of a minimum cost lifted multicut problem. Our model …