I am trying to figure out properties of the following integral:
$$p(t)=\int_{0}^{t} e^{\alpha(t-t')} f(t')dt', \hspace{1 cm} t>t'$$
I would google and read more info about this integral but I do not know a proper specific name for it. It seems like an exponential smoothing, filter, Laplace transform?
It is a convolution integral
$$p(t)=(f*g)(t)$$
with $f(t)$ equal to zero for $t<0$ and $g(t)=e^{\alpha t}u(t)$ ($u(t)$ is the step function).