@article{article_259728, title={Some new large sets of geometric designs of type LS[3][2, 3, 2 8 ]}, journal={Journal of Algebra Combinatorics Discrete Structures and Applications}, volume={3}, pages={165–176}, year={2016}, DOI={10.13069/jacodesmath.40139}, author={Hurley, Michael R. and Khadka, Bal K. and Magliveras, Spyros S.}, keywords={Geometric t-designs, Large sets of geometric t-designs, t-designs over GF(q), Parallelisms, Lattice basis reduction, LLL algorithm}, abstract={<p>Let $V$ be an  $n$-dimensional vector space over $\F_q$. By a {\textit {geometric } $t$-$[q^n,k,\lambda]$ design we mean a collection $\mathcal{D}$ of $k$-dimensional subspaces of $V$, called blocks, such that every $t$-dimensional subspace $T$ of $V$ appears in exactly $\lambda$ blocks in $\mathcal{D}.$ A {\it large set}, LS[N]$[t,k,q^n]$, of <br /> geometric designs, is a collection of N $t$-$[q^n,k,\lambda]$ designs which partitions the <br /> collection $V \brack k$ of all $k$-dimensional subspaces of $V$. <br /> Prior to recent article [4] only large sets of geometric 1-designs were known to exist. However in [4] M. Braun, A. Kohnert, P. \"{O}stergard, and A. Wasserman constructed the world’s first large set of geometric 2-designs, namely an LS[3][2,3,$2^8$], invariant under a Singer subgroup in $GL_8(2)$. In this work we construct an additional 9 distinct, large sets LS[3][2,3,$2^8$], with the help of lattice basis-reduction. </p>}, number={3}, publisher={iPeak Academy}