Wolfgang MathisUniversity of WuppertalBirkhäuser Baselisnm internationalMATHIS, W.: Mathematical Modelling and Simulation of Electrical Circuits and Semi- conductor Devices, chapter Analysis of Linear Time-invariant Networks in the Fre- quency Domain, pages 83 - 90. Birkhauser, 1994....
An alternative state estimator structure for linear time-invariant systems named for dynamic observer is presented, which can be considered as an extension of the usual observer in its configuration. As a possible design method for the dynamic observer, an efficient and plausible design algorithm is...
Probability distributions are invariant under changes of parameterization. However, a distribution is not always the answer for which we are looking. More typically, we need an estimate (a single number) based on a probability distribution (for instance, its maximum likelihood point or mean value)...
即日起，我会争取抽空尽快完成翻译，但由于LZ水平有限，而且工作量较大，如果翻译过程中有任何问题，请...
It investigates the response of a linear and time-invariant system to an arbitrary input signal. 它研究的是线性、非时变系统对任意输入信号的响应。 LASER-wikipedia2 In describing the main developments in the present report, I do not give a detailed linear narrative but take a more thematic ...
Once more, we assume (unless otherwise stated) that the inductances are constant and then that the component is linear and time invariant. One of the main reasons for the large use of coupled inductors is that, when primary and secondary coils are linked only by magnetic fields—namely, in...
Roll-off— a term used to describe the steepness, or slope, of the filter response in the transition region from the passband to the stopband. A particular digital filter may be said to have a roll-off of 12 dB/octave, meaning that the second-octave frequency would be attenuated by 24 ...
'scale-invariant' Adaptive scale-invariant solver for incremental learning [1] This algorithm is parameter free and can adapt to differences in predictor scales. Try this algorithm before using SGD or ASGD. To shuffle an incoming chunk of data before the fit function fits the model, set Shuffle...
e effect of any shift-invariant linear system on an arbitrary input signal is obtained by convolving the input signal with the system 's impulse response function." Most of the effort is simply definitional - you have to learn the meaning of technical terms such as "linear", "convolve", ...
In this paper, we consider a linear time-invariant discrete-time system and study the output null controllability problem, i.e., the problem of steering the output to zero in a finite number of steps. We assume that we only know the structure of the system, i.e., the zero/nonzero loc...