Solution of Ulam's problem on searching with a lie
Journal of Combinatorial Theory Series A
Ulam's searching game with two lies
Journal of Combinatorial Theory Series A
Surveys in combinatorics, 1995
Journal of Combinatorial Theory Series A
Optimal strategies against a liar
Theoretical Computer Science
Searching games with errors---fifty years of coping with liars
Theoretical Computer Science
The Rényi-Ulam pathological liar game with a fixed number of lies
Journal of Combinatorial Theory Series A
Two-batch liar games on a general bounded channel
Journal of Combinatorial Theory Series A
Searching for a counterfeit coin with two unreliable weighings
Discrete Applied Mathematics
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The m-round q-ary Renyi-Ulam pathological liar game withelies, referred to as the game [q,e,n;m]^*, is considered. Two players, say Paul and Carole, fix nonnegative integers m, n, q and e. In each round, Paul splits [n]@?{1,2,...,n} into q subsets, and Carole chooses one subset as her answer and assigns 1 lie to all elements except those in her answer. Paul wins, after m rounds, if there exists at least one element assigned with e or fewer lies. Let f^*(q,e,n) be the maximum value of m such that Paul can certainly win the game [q,e,n;m]^*. This paper gives the exact value of f^*(q,1,n) for n=q^q^-^1 and presents a tight bound on f^*(q,1,n) for n