I’m not personally aware of any “best” or “correct” solutions, and I would be quite surprised if there were one (mathematically, at least, we know there’s no single maximizer). But I think concretely speaking, you can restrict the choice set of t to a compact set of size (0, 1 - \epsilon] and develop the appropriate bounds for the analysis you’re interested in. Maybe not the most satisfying answer, but I guess that’s Analysis in a nutshell.
I see what you mean now, thanks for clarifying.
I’m not personally aware of any “best” or “correct” solutions, and I would be quite surprised if there were one (mathematically, at least, we know there’s no single maximizer). But I think concretely speaking, you can restrict the choice set of t to a compact set of size (0, 1 - \epsilon] and develop the appropriate bounds for the analysis you’re interested in. Maybe not the most satisfying answer, but I guess that’s Analysis in a nutshell.