Department of Computer Science | Institute of Theoretical Computer Science | CADMO

Prof. Emo Welzl and Prof. Bernd Gärtner

Mittagsseminar Talk Information |

**Date and Time**: Tuesday, January 09, 2007, 12:15 pm

**Duration**: This information is not available in the database

**Location**: OAT S15/S16/S17

**Speaker**: Martin Marciniszyn

We study extremal problems for random graphs. Suppose an adversary removes some fraction of the edges of a random graph $G_{n, p}$ with $p \gg 1/n$. What is the typical circumference of the remaining graph $G'$? We show that asymptotically almost surely there exists a cycle of length at least $(1 - \alpha)n$ in $G'$ if the adversary removes no more than roughly an $\alpha$-fraction of all edges. Moreover, if the adversary promises to leave at least approximately half of all edges at each vertex, $G'$ contains a cycle of length $(1 - o(1))n$ with probability tending to 1 as $n$ tends to infinity.

Joint work with Domingos Dellamonica Jr., Yoshiharu Kohayakawa, and Angelika Steger.

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