AbstractBased on a conjecture regarding the power of unique 2-prover-1-round games presented in [S. Khot, On the power of unique 2-Prover 1-Round games, in: Proc. 34th ACM Symp. on Theory of Computing, STOC, May 2002, pp. 767–775], we show that vertex cover is hard to approximate within any constant factor better than 2. We actually show a stronger result, namely, based on the same conjecture, vertex cover on k-uniform hypergraphs is hard to approximate within any constant factor better than k
Vertex cover problem is a famous combinatorial problem, which its complexity has been heavily studie...
AbstractWe consider the Minimum Vertex Cover problem in hypergraphs in which every hyperedge has siz...
Assuming the Unique Games Conjecture (UGC), we show optimal inapproximability results for two classi...
AbstractBased on a conjecture regarding the power of unique 2-prover-1-round games presented in [S. ...
Computing a minimum vertex cover in graphs and hypergraphs is a well-studied optimizaton problem. Wh...
The vertex cover problem is one of the most important and intensively studied combinatorial optimiza...
The vertex cover problem is one of the most important and intensively studied combinatorial optimiza...
The vertex cover problem is one of the most important and intensively studied combinatorial optimiza...
Vertex cover problem is a famous combinatorial problem, which its complexity has been heavily studie...
In this report, we study the Unique Games conjecture of Khot [32] and its implications on the hardne...
In this report, we study the Unique Games conjecture of Khot [32] and its implications on the hardne...
In this report, we study the Unique Games conjecture of Khot [32] and its implications on the hardne...
Vertex cover problem is a famous combinatorial problem, which its complexity has been heavily studie...
AbstractWe consider the Minimum Vertex Cover problem in hypergraphs in which every hyperedge has siz...
Vertex cover problem is a famous combinatorial problem, which its complexity has been heavily studie...
Vertex cover problem is a famous combinatorial problem, which its complexity has been heavily studie...
AbstractWe consider the Minimum Vertex Cover problem in hypergraphs in which every hyperedge has siz...
Assuming the Unique Games Conjecture (UGC), we show optimal inapproximability results for two classi...
AbstractBased on a conjecture regarding the power of unique 2-prover-1-round games presented in [S. ...
Computing a minimum vertex cover in graphs and hypergraphs is a well-studied optimizaton problem. Wh...
The vertex cover problem is one of the most important and intensively studied combinatorial optimiza...
The vertex cover problem is one of the most important and intensively studied combinatorial optimiza...
The vertex cover problem is one of the most important and intensively studied combinatorial optimiza...
Vertex cover problem is a famous combinatorial problem, which its complexity has been heavily studie...
In this report, we study the Unique Games conjecture of Khot [32] and its implications on the hardne...
In this report, we study the Unique Games conjecture of Khot [32] and its implications on the hardne...
In this report, we study the Unique Games conjecture of Khot [32] and its implications on the hardne...
Vertex cover problem is a famous combinatorial problem, which its complexity has been heavily studie...
AbstractWe consider the Minimum Vertex Cover problem in hypergraphs in which every hyperedge has siz...
Vertex cover problem is a famous combinatorial problem, which its complexity has been heavily studie...
Vertex cover problem is a famous combinatorial problem, which its complexity has been heavily studie...
AbstractWe consider the Minimum Vertex Cover problem in hypergraphs in which every hyperedge has siz...
Assuming the Unique Games Conjecture (UGC), we show optimal inapproximability results for two classi...