A Do Holographic Screens eliminate holographic dualities?

Summary
Do Holographic Screens eliminate the need of finding holographic dualities?
Do Holographic Screens eliminate the need of finding holographic dualities?

There are various models in physics based on the famous holographic principle (https://en.wikipedia.org/wiki/Holographic_principle)

This does not always work since in these models we must find a correlation between two theories, one in nn Dimensions and the other one in n−1n−1 Dimensions, and such correlation does not always exist.

However, there is an "alternative" in holographic models, called "holographic screens" (https://arxiv.org/abs/hep-th/9906022) which eliminates the need of having a boundary in these models. This makes me think that we can represent any theory or model in nn Dimensions without the necessity of finding a correlation to a n−1n−1 Dimensional theory or model, but I would like to confirm it.

So, in summary, can we use Holographic Screens to make a "1 to 1" representation of a theory or model? I mean, can we use Holographic Screens to represent the same theory or model without changing nothing of it (without changing it dimensions or any of its properties)?
 

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