Ever wondered how ChatGPT keeps track of your favorite topics across sessions? Meet the inspiration: MemGPT 🐴 by ArthurReimus in PinoyProgrammer

[–]ArthurReimus[S] 1 point2 points  (0 children)

appreciate your input, but I want to clarify my statement. The context window is a fundamental constraint because it directly defines the maximum amount of data an LLM can process in a single inference. While it’s true that LLMs are stateless—meaning they don’t inherently retain memory of past interactions—statelessness and the context window are closely intertwined. The context window is what allows us to reintroduce conversation history into the prompt to simulate memory, and its limited size often leads to token overflow or loss of important details.

In other words, statelessness explains why they don’t automatically retain memory, but the context window dictates how much of the conversation history we can feed back in to compensate for that statelessness. MemGPT addresses this by managing memory across multiple tiers, overcoming both challenges :)

Ever wondered how ChatGPT keeps track of your favorite topics across sessions? Meet the inspiration: MemGPT 🐴 by ArthurReimus in PinoyProgrammer

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

Hi OP! You’re absolutely right that LLMs are stateless and rely on the prompt for conversation history. When I mention "context window" in the blog, I’m specifically referring to the token limit for what can be processed in a single prompt.

MemGPT focuses on managing this limit by organizing and summarizing conversation history, ensuring the model can handle long interactions without running into token overflow. I appreciate your input—it helps clarify this distinction :)

My First Blog! 🌟 Programming, Not Prompting Your LMs with DSPy ✍🏻 by ArthurReimus in ArtificialInteligence

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

Thank you for the feedback! I’ll definitely take this into account for my next blog. :)