*NURSING > QUESTIONS & ANSWERS > University of WollongongECTE 1624-lab vervication-sheets (All)
University of WollongongECTE 1624-lab vervication-sheets
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3．Warm-up: Run the GUIs 3.1 Continuous-Time Convolutions GUI (a) Use GUI (run cconvdemo) to produce the output signal and identify the different regions during the convolution integral as well as... the boundaries (in secs) of the second region. Explain why there are only 4 regions in this case. Paste plots you obtain in this section. • Input Signal Signal= exponential, Scaling Factor=1, Exponential constant=0.25, Length=6, Delay=0, Causality= causal. • Filter impulse response Signal= exponential, Scaling Factor=1, Exponential constant=1, Length=6, Delay=-1, Causality= causal (b) Set up the convolution integral for number 2 region and determine the boundaries (in secs) of this region. Paste plots you obtain in this section. The boundaries of the second region: partial overlap (on the left side) as shown in figure(3.3) below are 3.2 Discrete Convolution GUI Use Discrete Convolution Demo (dconvdemo) that offers DT Convolution GUI to answer questions. Set up the input signal x[n] and 3-point average filter. Explain why the output has five different regions and why the output is zero in TWO of the THREE - the output signal has 12 samples and 8 of them are zeros.. Paste plot(s) you obtain in this section [Show More]
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