Task 1: In order to calculate the convolution between two signals, a specific (and not exactly trivial) computational procedure has to be followed. The convolution computational procedure was introduced in my week 6 videos. A linear time-invariant system is described by the impulse response h(t) 1-t, Ost3, there is no overlap; thus, the output is y(t)=0, t>3. 6. Gather all the results for y(t) and plot y(t) Deliverables 1. Single PDF listing each step and each Figure (Fig. 1 -Fig. 8) a. Source codes for Step1 to Step 5 (properly formatted and commented) b. Display all the required plots Task 1: In order to calculate the convolution between two signals, a specific (and not exactly trivial) computational procedure has to be followed. The convolution computational procedure was introduced in my week 6 videos. A linear time-invariant system is described by the impulse response h(t) 1-t, Ost3, there is no overlap; thus, the output is y(t)=0, t>3. 6. Gather all the results for y(t) and plot y(t) Deliverables 1. Single PDF listing each step and each Figure (Fig. 1 -Fig. 8) a. Source codes for Step1 to Step 5 (properly formatted and commented) b. Display all the required plots