For the Matlab problem, please make sure that your function takes in the input and output parameters and can be called from the Matlab prompt as follows:

[ny,y] = myconv(x,h,nx,nh)

Inputs:

x: input signal

h: impulse response of the LTI system

nx: n-axis corresponding to x

nh: n-axis corresponding to h

Outputs:

ny: n-axis corresponding to y

y: output signal

Write a Matlab function called ("myconv") that takes in as input: an input signal (x[n]), and the impulse response of a system (h[n]), and calculates as an output, the output signal (y[n] = x[n] * h[n]). Do not use the "conv" command in Matlab. For this problem, your function should implement the procedure described in Fig. 2.2 in the course text. x[n] h[n] --OTOT Toon - Looony[n] LTI System (a) FIGURE 2.2 Illustration of the convolution sum. (a) LTI system with impulse response b[n) and input x[n], producing the output y[n] to be determined