Searching for authors named "Moshe Dubiner" – sorted by Relevance.
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Moshe Dubiner
- Moore and Shannon have shown that relays with arbitrarily high reliability can be built from relays with arbitrarily poor reliability. Valiant used similar methods to construct monotone readonce formulae of size O(n ff+2 ) (where ff = log p 5\Gamma1 2 ' 3:27) that amplify (/ \Gamma 1 n ; / +
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A lattice point problem and additive number theory
- For every dimension d ≥ 1 there exists a constant c = c(d) such that for all n ≥ 1, every set of at least cn lattice points in the d-dimensional Euclidean space contains a subset of car-dinality precisely n whose centroid is also a lattice point. The proof combines techniques from additive number th
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Amplification and Percolation
- Moore and Shannon had shown that relays with arbitrarily high reliability can be built from relays with arbitrarily poor reliability. Valiant used similar methods to construct monotone read-once formulae of size O(n ff+2 ) (where ff = log p 5\Gamma1 2 ' 3:27) that amplify (/ \Gamma 1 n ; / +
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How Do Read-Once Formulae Shrink?
- Let f be a de Morgan read-once function of n variables. Let f " be the random restriction obtained by independently assigning to each variable of f , the value 0 with probability (1 \Gamma ")=2, the value 1 with the same probability, and leaving it unassigned with probability ". We show that f " de
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Zero-sum sets of prescribed size
- Erdős, Ginzburg and Ziv proved that any sequence of 2n−1 integers contains a subsequence of cardinality n the sum of whose elements is divisible by n. We present several proofs of this result, illustrating various combinatorial and algebraic tools that have numerous other applications in Combinatori
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Amplification By Read-Once Formulas
- . Moore and Shannon have shown that relays with arbitrarily high reliability can be built from relays with arbitrarily poor reliability. Valiant used similar methods to construct monotone read-once formulas of size O(n #+2 ) (where # = log # 5-1 2 # 3.27) that amplify (#- 1 n ,#+ 1 n ) (w
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