Knowledge in eletrodynamic theory and fundamental eletronicsThe output signal of an LTI (linear time-invariant) system with the impulse response h(t)is given by the convolution of the input signal x(t)with the impulse response of the system.The upper figure shows (red) and (blue). The gray area in the figure is the area under the product of the two functions. It equals the value of the convolution integral and the value of the output signal at time. This value is marked as a blue point in the lower figureComponente Curricular::Educação Superior::Ciências Exatas e da Terra::Físic
The time history solution program L225 (TEV126) is described. The program calculates the time respon...
In recent years, the convolution technique has been used (and abused) for emulating the reverberatio...
International audienceReconstructing a signal from its observations via a sensor device is usually c...
It is assumed that linear time-invariant (LTI) system input signal samples are updated by a sensor i...
This subject is oriented from a practical and descriptive point of view, eliding the mathematical co...
This paper describes methods for doing convolution of two live signals, without the need to load a t...
It is possible to obtain, the best (in the minimum mean-square error sense) linear model of a contro...
In this paper, the impulse response of a given continuous-time system using MATLAB is presented. The...
A recurrence relation is established which allows to calculate in a simple manner the n-fold convolu...
System characterization by means of Impulse and Frequency Response Functions are well known in class...
After a brief overview of the simulation of a linear and time-invariant system through the digital c...
The concepts of convolution and deconvolution are well known in the field of physical measurement. I...
The article presents the basic mathematical theory of the operational calculus of the L1-impulses in...
This paper describes how the impulse response function of a linear and time invariant dynamic system...
In this paper the technique of convolution and its need in signal processing is discussed. The compa...
The time history solution program L225 (TEV126) is described. The program calculates the time respon...
In recent years, the convolution technique has been used (and abused) for emulating the reverberatio...
International audienceReconstructing a signal from its observations via a sensor device is usually c...
It is assumed that linear time-invariant (LTI) system input signal samples are updated by a sensor i...
This subject is oriented from a practical and descriptive point of view, eliding the mathematical co...
This paper describes methods for doing convolution of two live signals, without the need to load a t...
It is possible to obtain, the best (in the minimum mean-square error sense) linear model of a contro...
In this paper, the impulse response of a given continuous-time system using MATLAB is presented. The...
A recurrence relation is established which allows to calculate in a simple manner the n-fold convolu...
System characterization by means of Impulse and Frequency Response Functions are well known in class...
After a brief overview of the simulation of a linear and time-invariant system through the digital c...
The concepts of convolution and deconvolution are well known in the field of physical measurement. I...
The article presents the basic mathematical theory of the operational calculus of the L1-impulses in...
This paper describes how the impulse response function of a linear and time invariant dynamic system...
In this paper the technique of convolution and its need in signal processing is discussed. The compa...
The time history solution program L225 (TEV126) is described. The program calculates the time respon...
In recent years, the convolution technique has been used (and abused) for emulating the reverberatio...
International audienceReconstructing a signal from its observations via a sensor device is usually c...