The Number of Linearly Independent Binary Vectors with Applications to the Construction of Hypercubes and Orthogonal Arrays, Pseudo ( t, m, s)-Nets and Linear Codes |
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Authors: | S. B. Damelin G. Michalski G. L. Mullen D. Stone |
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Abstract: | ![]() We study formulae to count the number of binary vectors of length n that are linearly independent k at a time where n and k are given positive integers with 1![thinsp](/content/AJ3NCW6UQDHLAW0T/xxlarge8201.gif) ![le](/content/AJ3NCW6UQDHLAW0T/xxlarge8804.gif) k![thinsp](/content/AJ3NCW6UQDHLAW0T/xxlarge8201.gif) ![le](/content/AJ3NCW6UQDHLAW0T/xxlarge8804.gif) n. Applications are given to the design of hypercubes and orthogonal arrays, pseudo (t, m, s)-nets and linear codes. |
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