## Combinatorial Designs and their ApplicationsThe fruit of a conference that gathered seven very active researchers in the field, Combinatorial Design and their Applications presents a wide but representative range of topics on the non-geometrical aspects of design theory. By concentrating on a few important areas, the authors succeed in providing greater detail in these areas in a more complete and accessible form. Through their contributions to this collection, they help fill a gap in the available combinatorics literature. The papers included in this volume cover recent developments in areas of current interest, such as difference sets, cryptography, and optimal linear codes. Researchers in combinatorics and other areas of pure mathematics, along with researchers in statistics and computer design will find in-depth, up-to-date discussions of design theory and the application of the theory to statistical design, codes, and cryptography. |

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### Contents

Resolved designs viewed as sets of partitions | 17 |

Combinatorics and threshold cryptography | 49 |

Blocktransitive pointintransitive block designs | 71 |

Configurations in Steiner triple systems | 103 |

A survey of recent results on optimal linear codes | 127 |

### Common terms and phrases

abelian group automorphism group balanced with respect Belov type block design carry-over effects character sum Chen difference sets classes codewords coloured graph columns combinatorial contains a subgroup Corollary covering EBS Cryptography defined Definition digital signature directed terrace divisible difference sets double Youden rectangle EA(q efficiency factors elements Eupen Example exponent Figure finite field finite geometries G relative given Griesmer bound Griggs group G group of order Hadamard difference set hyperplanes integer isomorphic Latin squares Lemma linear codes matrix meeting the Griesmer minihyper multiset n-line configuration nested row-column design non-principal character non-zero number of blocks pair pairwise parameters perfect hash families PG(k points problem Proof quadric resolved design resolved incomplete-block design Rosa round schedule secret sharing secret sharing scheme Section semi-regular starter Steiner triple systems strictly orthogonal STS(v subset superblocks t)-perfect hash family teams Theorem 3.1 threshold signature scheme treatments two-weight codes vector