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IV.—On an X-Determinant which includes as Particular Cases both “Determinants” and “Permanents”
Published online by Cambridge University Press: 15 September 2014
Extract
1. I define the X-determinant in the following manner. It is of order n.
where x denotes any numerical quantity, and observe that it becomes a determinant or permanent according as x takes the value −1 or +1.
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- Copyright © Royal Society of Edinburgh 1925
References
page 21 note * “A certain Class of Generating Functions in the Theory of Numbers,” Phil. Trans. R.S. of London, clxxxv, pp. 111–160 (1893).Google Scholar
page 22 note * Phil. Mag. (5), xxxviii, pp. 537–541 (1894).Google Scholar