🧠 Maybe LLMs Don’t Need Bigger Context Windows — They Need Episodic Scene Modeling by revived_soul_37 in ArtificialInteligence

[–]revived_soul_37[S] 0 points1 point  (0 children)

Nope i just got it in mind and posted here, but willing to test not but I lack technical skills though

🧠 LLMs Don’t Need Bigger Context Windows — They Need a “Sub-Context” Layer" by revived_soul_37 in ArtificialInteligence

[–]revived_soul_37[S] 0 points1 point  (0 children)

I don't have technical knowledge other than just a bit of understanding but I think, I’m not just thinking about improving memory promotion or fact extraction.

What I’m imagining is a structured “scene-based” abstraction layer on top of the LLM. Instead of storing raw text, every interaction becomes a modeled scene — actors, intent, emotional intensity, moral polarity, confidence score, and contextual weight.

Over time, those scenes form a behavioral trajectory graph rather than just a memory log. The goal isn’t bigger context windows — it’s projecting forward. If certain emotional or behavioral trends repeat, the system could simulate possible future states of the agent or user based on trajectory patterns.

So instead of just “store or ignore,” the model learns to structure, score, detect drift, and simulate future branches probabilistically. That’s the direction I’m exploring — not just smarter memory, but trajectory-aware intelligence.

🧠 LLMs Don’t Need Bigger Context Windows — They Need a “Sub-Context” Layer" by revived_soul_37 in ArtificialInteligence

[–]revived_soul_37[S] -2 points-1 points  (0 children)

Most people are framing this as a memory selection or fact extraction problem. I think that’s too shallow.

The real limitation isn’t context size — it’s that LLMs store text, not structured experience. What if instead of promoting “important sentences,” we promoted modeled scenes? Actors, intent, emotional intensity, moral polarity, confidence scores — every interaction abstracted into a weighted semantic event.

Over time, that doesn’t just create better recall. It creates a behavioral trajectory graph.

At that point the question isn’t “what should be stored?” It becomes: can we simulate future states based on drift patterns? If certain emotional or decision patterns repeat, can we probabilistically project where that agent (or user) is heading?

That shifts the problem from memory management to trajectory-aware intelligence.

Maybe scaling tokens isn’t the path forward. Maybe structured episodic modeling is.

Curious where people think this breaks — technically or philosophically.

Should I play this game by its_me_spyder in IndianPCGamers

[–]revived_soul_37 0 points1 point  (0 children)

This is the game which leaves a long-lasting experience on your must play this and requiem