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1968
Many biological processes, especially those involving the functioning of the central nervous system, behave as self-regulatory devices or servomechanisms [34,44]. The pupil reflex to light is an example of such a process. This paper approaches the problem of a quantitative study of applying servoanalytic concepts and techniques [4, 11].
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Many biological processes, especially those involving the functioning of the central nervous system, behave as self-regulatory devices or servomechanisms [34,44]. The pupil reflex to light is an example of such a process. This paper approaches the problem of a quantitative study of applying servoanalytic concepts and techniques [4, 11].
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Transfer function analysis of measured transfer matrices
Applied Optics, 1989Measurements of mode transfer matrices of various multimode fiber optic connectors are presented. To analyze the accuracy and repeatability of such measurements, a theoretical framework which employs mode transmission functions is derived. It is shown that the transfer function can be used to find transfer matrices for any set of launches.
Alan R. Mickelson +3 more
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Journal of Nonparametric Statistics, 1996
This paper is concerned with nonlinear transfer function analysis. We propose a test statistic to detect nonlinearity of a transfer function. Simulation study shows that the test works reasonably well in finite samples for the nonlinear models commonly used in the literature.
Rong Chen, Ruey S. Tsay
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This paper is concerned with nonlinear transfer function analysis. We propose a test statistic to detect nonlinearity of a transfer function. Simulation study shows that the test works reasonably well in finite samples for the nonlinear models commonly used in the literature.
Rong Chen, Ruey S. Tsay
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On approximate pulse transfer functions
IEEE Transactions on Automatic Control, 1999Summary: A systematic approach to a class of approximations to the pulse transfer function of a system consisting of a zero-order hold and a linear continuous-time plant is presented. It is based on the asymptotic result of Åström, Hagander, and Sternby on zeros of sampled systems at high sampling rates, and on the bilinear transformation.
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2008
This chapter describes room transfer functions in terms of poles and zeros. In general, a sound field in a room can be characterized by power response of a source located in the room. The resonant peaks of the responses due to the eigenfrequencies are observed even if the source locations were averaged throughout the room.
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This chapter describes room transfer functions in terms of poles and zeros. In general, a sound field in a room can be characterized by power response of a source located in the room. The resonant peaks of the responses due to the eigenfrequencies are observed even if the source locations were averaged throughout the room.
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Mathematical Biosciences, 1968
Abstract Quantitative description of connections between neurons are scarce in neuroanatomy and this lack severely restricts theoretical developments. An “anatomical transfer function” is proposed that provides a consistent and simple notation to express a variety of numerical relationships: convergence, divergence, net divergence, numbers of input ...
John Semmlow +5 more
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Abstract Quantitative description of connections between neurons are scarce in neuroanatomy and this lack severely restricts theoretical developments. An “anatomical transfer function” is proposed that provides a consistent and simple notation to express a variety of numerical relationships: convergence, divergence, net divergence, numbers of input ...
John Semmlow +5 more
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IEEE Transactions on Plasma Science, 1975
The concept of transfer function which is so valuable for lumped dynamical systems is developed for plasma problems. Methods of construction of transfer functions for problems with boundary excitation as well as internal excitation are discussed.
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The concept of transfer function which is so valuable for lumped dynamical systems is developed for plasma problems. Methods of construction of transfer functions for problems with boundary excitation as well as internal excitation are discussed.
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2003
The preceding two chapters indicate that relay identification usually yields information on process frequency response. However, most modern control designs make use of parametric models. Transfer functions might be the most welcome parametric model. Fitting parametric models to frequency data is thus important (Ninness, 1996).
Tong Heng Lee, Qing-Guo Wang, Chong Lin
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The preceding two chapters indicate that relay identification usually yields information on process frequency response. However, most modern control designs make use of parametric models. Transfer functions might be the most welcome parametric model. Fitting parametric models to frequency data is thus important (Ninness, 1996).
Tong Heng Lee, Qing-Guo Wang, Chong Lin
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On the definition of ‘transfer function’†
International Journal of Control, 1971(1971). On the definition of ‘transfer function’† International Journal of Control: Vol. 13, No. 3, pp. 607-608.
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2020
The previous chapter introduced the Laplace Transform (LT) method as a substitute for using ordinary differential equations.
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The previous chapter introduced the Laplace Transform (LT) method as a substitute for using ordinary differential equations.
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