Orthogonal polynomial expansions for the matrix exponential
12 oct. 2010 expanding in either Chebyshev Legendre or Laguerre orthogonal ... in Section 5.1 and implemented in MATLAB as the expm command.
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LES DÉTERMINANTS DE MATRICES
7- Expansion par cofacteurs - méthode de calcul des déterminants. Soit une matrice carrée et ses cofacteurs. Le déterminant est obtenu en suivant.
Les determinants des matrices
The Magnus expansion and some of its applications
30 oct. 2008 operator or matrix form the Magnus expansion furnishes an ... taking s = 2 and using Matlab this can be easily implemented as follows.
Antenna Modeling Based on a Multiple Spherical Wave Expansion
9 janv. 2011 Spherical Wave Expansion Method: Application to an Antenna Array. ... (6) we use the least square (LSQR) code of MatLab to determine the 4.
The Magnus Expansion
For a homogeneous system of linear differential equations with a constant co- efficient matrix the fundamental matrix can be computed for example using the.
BSc Mathematics Hollander RM
Hyperstate matrix models: extending demographic state spaces to
Although the formalism of the vec-permutation is quite technical and abstract it is easily implemented in MATLAB. Throughout the paper
Application of hierarchical matrices for computing the Karhunen
22 janv. 2009 information the Karhunen-Lo`eve expansion (KLE) becomes ... The H-matrix approximation of covariance functions is shown in Section.
Khoromskij Karhunen Loeve Expansion
Osmotic spreading of Bacillus subtilis biofilms driven by an
24 janv. 2012 (EPS) component of the extracellular matrix is genetically coupled to the inhibition of flagella-mediated motility. The onset of this switch ...
pnas osmotic spreading of bacillus subtilis
Solving the Bloch equation with the Magnus expansion
13 déc. 2021 taking a Taylor expansion of the system matrix B(t). ... The numerical experiments are all preformed with MATLAB R2021a on an.
Solving the Bloch equation with the Magnus expansion Stephanie Gonzalez final version thesis ?sequence= &isAllowed=y
System Model Modes Developed from Expansion of Uncoupled
the component transformation matrices obtained from the uncoupled original component modes. The system equivalent reduction expansion process (SEREP) [1].
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