transfer matrix


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transfer matrix

[′tranz·fər ‚mā·triks]
(control systems)
The generalization of the concept of a transfer function to a multivariable system; it is the matrix whose product with the vector representing the input variables yields the vector representing the output variables.
References in periodicals archive ?
There are two traditional methods which can be used to study the dynamic behaviors of the motorized spindle: finite element method (FEM) and transfer matrix method (TMM).
Second, choose words which meet rhythm rules from the markov transfer matrix and put them into StackList.
Colour space, Transfer Matrix and colour temperature
Since the elements in this example are coupled in series the transfer matrix representation is chosen; each component is then of the form:
The PVM-X550 is a quad-view OLED monitor, allowing customized individual display settings across four distinct views in HD, including: Electro-Optical Transfer Function (EOTF), Color space, Transfer Matrix and color temperature
Transmission loss can be readily calculated from the transfer matrix below the plane wave cut-off frequency.
Transmission loss is most easily determined using transfer matrix theory (Munjal 2014).
Simulations based on the state description concerning matrixes A and B and the calculated transfer matrix G were performed in Matlab Simulink.
Based on three-moment equation, shafting alignment mathematical model was established by using transfer matrix method in this paper.
Using the transfer matrix method [5, 18], we obtain the generating functions for the sequences [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII] and [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII], thereby proving that they both satisfy some linear homogeneous recurrence relations with constant coefficients.
He covers structural vibrations, analytic solutions for uniform continuous systems, analytical solutions for non-uniform continuous systems: tapered beams, transfer matrix methods for discrete and continuous systems, the eigenproblem and the Jacobi method, vibrational analysis by finite element method, analytical methods and finite element method for free vibration analysis of circularly curved beams, and solutions for the equations of motion.
The notion of the transfer matrix function generated by the S-mode plays an essential role, they say.