Pages that link to "Item:Q1321562"

The following pages link to A coding theoretic solution to the 36 officer problem (Q1321562):

Displaying 11 items.

• Mutually orthogonal binary frequency squares (Q782946) (← links)
• A short disproof of Euler's conjecture based on quasi-difference matrices and difference matrices (Q1699560) (← links)
• A candidate for the ``Next Fermat Problem'' (Q1908694) (← links)
• The problem of Euler/Tarry revisited (Q2051351) (← links)
• The geometric reason for the non-existence of a MOL(6) (Q2094259) (← links)
• Group divisible designs in MOLS of order ten (Q2448073) (← links)
• Maximal sets of mutually orthogonal frequency squares (Q2657141) (← links)
• Pairs of MOLS of order ten satisfying non-trivial relations (Q2697478) (← links)
• A direct proof of the non-existence of a \(\mathrm{MOL}(6)\) (Q6168183) (← links)
• On cyclic and negacyclic codes with one-dimensional hulls and their applications (Q6584324) (← links)
• The number of codes over rings of order 4 containing a hull of given type (Q6646785) (← links)