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WIREs Computational Statistics, 2010 AbstractIn statistical time‐series analysis, signal processing, and control engineering, a transfer function is a mathematical relationship between a numerical input to a dynamic system and the resulting output. The theory of transfer functions describes how the input/output relationship is affected by the structure of the transfer function. Copyright ©
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Factorizations of Transfer Functions
SIAM Journal on Control and Optimization, 1980This paper is concerned with minimal factorizations of rational matrix functions. The treatment is based on a new geometrical principle. In fact, it is shown that there is a one-to-one correspondence between minimal factorizations on the one hand and certain projections on the other.
Bart, H. +3 more
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2014 IEEE Pacific Visualization Symposium, 2014
Transfer function design in volume visualization has been a challenging problem due to the huge design space. In this work, we present a system which is capable of integrating the transfer function design results from a group of users. For a specified volume dataset, intermediate and final transfer function designs for many users with different ...
Hanqi Guo 0001, Wei Li, Xiaoru Yuan
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Transfer function design in volume visualization has been a challenging problem due to the huge design space. In this work, we present a system which is capable of integrating the transfer function design results from a group of users. For a specified volume dataset, intermediate and final transfer function designs for many users with different ...
Hanqi Guo 0001, Wei Li, Xiaoru Yuan
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Transfer function combinations
Computers & Graphics, 2012Direct volume rendering has been an active area of research for over two decades. Transfer function design remains a difficult task since current methods, such as traditional 1D and 2D transfer functions, are not always effective for all data sets.
Zhou, Liang +2 more
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Applied Optics, 1998
The Coltman series for obtaining the optical transfer function from measurements of the bar transfer function is mathematically derived. The bar transfer function rather than the contrast transfer function is defined so that the relation remains valid when an image exhibits phase reversal.
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The Coltman series for obtaining the optical transfer function from measurements of the bar transfer function is mathematically derived. The bar transfer function rather than the contrast transfer function is defined so that the relation remains valid when an image exhibits phase reversal.
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Journal of Time Series Analysis, 1993
Abstract.We discuss the problem of estimating the transfer function and an autoregressive model for measurement noise in a linear system. A parameterization that is often more parsimonious than the usual ARX model is used. Particular emphasis is given to the selection of model orders when it is not assumed that the true system is finitely parameterized.
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Abstract.We discuss the problem of estimating the transfer function and an autoregressive model for measurement noise in a linear system. A parameterization that is often more parsimonious than the usual ARX model is used. Particular emphasis is given to the selection of model orders when it is not assumed that the true system is finitely parameterized.
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The transfer function of the cochlea
Quarterly Reviews of Biophysics, 1978A sinusoidal signal is generally considered the simplest auditory signal. It is, indeed, a simple signal. However, it does not follow that a complex analysing device, like the cochlea, should treat a simple signal in a simple way. Indeed, a simple signal may appear to be complex when viewed from the standpoint of the device considered.
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Incoherent Transfer Function and the Optical Transfer Function
2013This excerpt gives a succinct explanation of incoherent transfer function and the optical transfer function.
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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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