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The Construction of Regular Hadamard Matrices by Cyclotomic Classes

For every prime power q ≡ 7 m o d 16 , there are ( q ;  a , b , c , d )-partitions of GF ( q ), with odd integers a , b , c , and d , where a ≡ ± 1 m o d 8 such that q = a 2 + 2 ( b 2 + c 2 + d 2 ) and d 2 = b 2 + 2 a c + 2 b d . Many results for the existence of 4 - { q 2 ; q ( q - 1 ) 2 ; q ( q -...

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Published in:Bulletin of the Iranian Mathematical Society 2021-06, Vol.47 (3), p.601-625
Main Authors: Xia, Tianbing, Xia, Mingyuan, Seberry, Jennifer
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description For every prime power q ≡ 7 m o d 16 , there are ( q ;  a , b , c , d )-partitions of GF ( q ), with odd integers a , b , c , and d , where a ≡ ± 1 m o d 8 such that q = a 2 + 2 ( b 2 + c 2 + d 2 ) and d 2 = b 2 + 2 a c + 2 b d . Many results for the existence of 4 - { q 2 ; q ( q - 1 ) 2 ; q ( q - 2 ) } SDS which are simple homogeneous polynomials of parameters a , b , c and d of degree at most 2 have been found. Hence, for each value of q , the construction of SDS becomes equivalent to building a ( q ; a , b , c , d ) -partition. Once this is done, the verification of the construction only involves verifying simple conditions on a , b , c and d which can be done manually.
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Original Paper
title The Construction of Regular Hadamard Matrices by Cyclotomic Classes
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