2 - What I've learned so far

So far in this class I have expanded my knowledge on "The Game". The Game works for all time invariant systems like this.

In ->->->->->-> Out ->->->Reason

$del(x)$ ->->->->->h(x) ->->-> Given

Now the more recent part

$e^{j2\pi nt/T}$ ->-> $\int _{-\infty }^{\infty }e^{j2\pi nt_{0}/T}h(t-t_{0})dt_{0}$

I hadn't realized the value to this last part until now where by using e it breaks the signal into two easy to manage parts the eigenvector $e^{j2\pi nt/T}$ and the eigenvalue <h(t)|$e^{j2\pi nt/T}$> or $h(w_{n})$