Counting determinants of Fibonacci-Hessenberg matrices using LU factorizations.
Li, Hsuan-Chu, Chen, Young-Ming, Tan, Eng-Tjioe (2009)
Integers
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Li, Hsuan-Chu, Chen, Young-Ming, Tan, Eng-Tjioe (2009)
Integers
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Brewbaker, Chad (2008)
Integers
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Kitaev, Sergey, Mansour, Toufik, Vella, Antoine (2005)
Journal of Integer Sequences [electronic only]
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Richardson, Thomas M. (2008)
Integers
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Munarini, Emanuele, Poneti, Maddalena, Rinaldi, Simone (2009)
Journal of Integer Sequences [electronic only]
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Severini, Simone, Szöllősi, Ferenc (2008)
ELA. The Electronic Journal of Linear Algebra [electronic only]
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Ercan Altınışık, N. Feyza Yalçın, Şerife Büyükköse (2015)
Special Matrices
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Let ℱn = circ (︀F*1 , F*2, . . . , F*n︀ be the n×n circulant matrix associated with complex Fibonacci numbers F*1, F*2, . . . , F*n. In the present paper we calculate the determinant of ℱn in terms of complex Fibonacci numbers. Furthermore, we show that ℱn is invertible and obtain the entries of the inverse of ℱn in terms of complex Fibonacci numbers.
Roland Bacher (2002)
Journal de théorie des nombres de Bordeaux
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The aim of this paper is to study determinants of matrices related to the Pascal triangle.
A. Schinzel (1978)
Colloquium Mathematicae
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Miroslav Fiedler, Frank Hall (2013)
Open Mathematics
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This paper extends some properties of the generalized complementary basic matrices, in particular, in a combinatorial direction. These include inheritance (such as for Alternating Sign Matrices), spectral, and sign pattern matrix (including sign nonsingularity) properties.
Dedó, E., Marini, A., Salvi, N.Z. (2003)
Mathematica Pannonica
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