Authors: KaiUwe Schmidt
Publish Date: 2011/01/05
Volume: 59, Issue: 1-3, Pages: 333-347
Abstract
For odd integer m ≥ 3 and t=01ldotsfracm12 we define Family fancyscriptVt to be a set of size 2mt+1 containing binary sequences of period 2m+1 − 2 The nontrivial correlations between sequences in Family fancyscriptVt are bounded in magnitude by 2 + 2m+1/2+t Families fancyscriptV0 and fancyscriptV1 compare favourably to the small and large Kasami sets respectively So far the correlation distribution of Family fancyscriptVt is only known for t = 0 A general framework for computing the correlation distribution of Family fancyscriptVt is established The correlation distribution of fancyscriptV1 is derived and a way to obtain the correlation distribution of fancyscriptV2 is described
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