You are right, to some extent the stratigraphic architecture, or stratigraphic evolution, are signals in the sense that they are the expression of changing parameters over time. Sometimes signals refer more to changes in the driving forces of sediment routing systems evolution, such as climate and tectonics. But, in fact, you can consider everything that changes in the system as a signal.

Your statement is generally accurate. In analog or numerical modeling, incorporating more parameters can indeed make your model more representative of natural systems. However, as you add complexity, the ability to handle it effectively depends on the robustness and computational capabilities of your model architecture.

Dear Abdul Basit ,

It is difficult to answer your question as an outsider, but with more original geological ideas, a constructive response is possible-

First see the next article:

Article Fizikailag-metafizikailag bizonyítható a graviton létezése

some parts have English translation:

Research Proposal Physico-metaphysical proof of the existence of graviton (Fiz...

Chapter Physico-metaphysical proof of the existence of graviton

Chapter 230902-En-H-Gr-t

This writing is in vain about something else, In the light of this article, a fairly good answer to the question can be formulated.

The a priori entity was formulated in this paper, the earth is also such an entity.

From this approach, the Tectonic approach is the primary.

But your idea is valid for surface (terrestrial) sediments...

there you have to introduce in your term the geomorphologic term):

'as an 'Signal' (Climatic-gomorhological-Tectonics) in Sediment-Rousting Systems?

In case of:

your secondary question:

'Why don't we consider stratigraphic architecture/pattern as a signal, especially when it comes to the analog/numerical modeling of deep marine systems?'

In this case, in the aquatic environment, the processes are much different than in the surface environment.

In this environment, it makes a difference whether you are looking at a near-surface environment or a deep sea environment... Anyone who can easily model the discovery of oil or gas reserves without mathematical models will see the validity of the current idea.

Regards,

Laszlo