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Lower bounds for lower Ramsey numbers

Journal of Graph Theory, 1990
AbstractFor any graph G, let i(G) and μ;(G) denote the smallest number of vertices in a maximal independent set and maximal clique, respectively. For positive integers m and n, the lower Ramsey number s(m, n) is the largest integer p so that every graph of order p has i(G) ≤ m or μ;(G) ≤ n. In this paper we give several new lower bounds for s (m, n) as
Ralph J. Faudree   +3 more
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Lower Bounds for Transversal Covers

Designs, Codes and Cryptography, 1998
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Brett Stevens   +2 more
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Lower bounds for asynchronous consensus

Distributed Computing, 2003
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Lower Bounds on Crosspoints in Concentrators

IEEE Transactions on Computers, 1982
Lower bounds on the required number of crosspoints in concentrators, a class of interconnection networks, are given. The lower bounds are obtained from a straightforward necessary condition on the number of crosspoints in sparse crossbar full capacity concentrators. Because this condition must be satisfied by all full capacity concentrators embedded in
Shinji Nakamura, Gerald M. Masson
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On Lower Bounds For Covering Codes

Designs, Codes and Cryptography, 1998
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Mahesh C. Bhandari   +2 more
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Lower Bounds for Lucas Chains

SIAM Journal on Computing, 2002
Summary: Lucas chains are a special type of addition chains satisfying an extra condition: for the representation \(a_k=a_j + a_i\) of each element \(a_k\) in the chain, the difference \(a_j - a_i\) must also be contained in the chain. In analogy to the relation between addition chains and exponentiation, Lucas chains yield computation sequences for ...
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A guided tour of chernoff bounds

Information Processing Letters, 1990
Torben Hagerup
exaly  

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