Results 301 to 310 of about 5,371,151 (345)
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1992
Many of the data sets which might best be handled by one of the approaches of the previous chapters would often be treated by a classical time series analysis, assuming a normal distribution. Most often, this simply amounts to fitting a multiple regression, with (a dynamic model) or without (a static model) lagged variables. Checks are then made on the
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Many of the data sets which might best be handled by one of the approaches of the previous chapters would often be treated by a classical time series analysis, assuming a normal distribution. Most often, this simply amounts to fitting a multiple regression, with (a dynamic model) or without (a static model) lagged variables. Checks are then made on the
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2016
This chapter will discuss processing of audio signals through the use of time-domain techniques. These act on the samples of a waveform to deliver a variety of effects, from echoes and reverberation to pitch shifting, timbral modification and sound localisation.
Victor Lazzarini +5 more
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This chapter will discuss processing of audio signals through the use of time-domain techniques. These act on the samples of a waveform to deliver a variety of effects, from echoes and reverberation to pitch shifting, timbral modification and sound localisation.
Victor Lazzarini +5 more
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2001
We have obtained a value of system delay by minimizing the integrated squared error between the input signal and the appropriately delayed output signal. Most important, this theoretically obtained value is consistent with previous results and our physical reasoning. The various examples bear this out.
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We have obtained a value of system delay by minimizing the integrated squared error between the input signal and the appropriately delayed output signal. Most important, this theoretically obtained value is consistent with previous results and our physical reasoning. The various examples bear this out.
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2013
The development of this book required writing a multicore solver for Windows to demonstrate the performance of the partitioning method presented herein. Such program requires implementing several time domain simulation concepts not always transparent to users. This chapter introduces such concepts and their notations.
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The development of this book required writing a multicore solver for Windows to demonstrate the performance of the partitioning method presented herein. Such program requires implementing several time domain simulation concepts not always transparent to users. This chapter introduces such concepts and their notations.
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2015
In addition to the methods presented in the previous chapters, any LTI system, including distributed parameters systems, may be fully represented in the time domain by its response to a specific signal called the impulse. This chapter is devoted to the impulse response-representation for the considered class of \(2 \times 2\) hyperbolic systems with ...
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In addition to the methods presented in the previous chapters, any LTI system, including distributed parameters systems, may be fully represented in the time domain by its response to a specific signal called the impulse. This chapter is devoted to the impulse response-representation for the considered class of \(2 \times 2\) hyperbolic systems with ...
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2001
In this chapter we have consolidated the mathematical developments necessary to relate the physical system and the differential equation describing it. This included the derivation of the impulse response, step response, and convolution integral. These quantities, which are important to the theory of filtering, were shown to be a function of the L.I ...
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In this chapter we have consolidated the mathematical developments necessary to relate the physical system and the differential equation describing it. This included the derivation of the impulse response, step response, and convolution integral. These quantities, which are important to the theory of filtering, were shown to be a function of the L.I ...
openaire +1 more source