20 stories tagged with #memory-management, in publish-time order across the WeSearch catalog. Tag pages update as new stories ingest.
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DELTAMEM: Incremental Experience Memory for LLM Agents via Residual Trees
Large Language Model (LLM)-based agents increasingly rely on memory to learn from experiences over continual interactions. However, storing experiences as independent, flat units l…
In Defense of Manual Memory Management
It's not as scary as it sounds…
[$] Further progress toward removing the page map count
The mapcount field was created to track the number of mappings (page-table entries) that refer [...]…
Is Agent Memory a Database? Rethinking Data Foundations for Long-Term AI Agent Memory
Long-running AI agents need persistent memory. Memory supports learning across sessions, reduces repeated context injection, and enables auditing of past decisions. Current agent m…
[$] Better automatic management of transparent huge pages
Huge pages can improve performance by increasing translation lookaside buffer (TLB) utilization [...]…
Did the Linux memory management maintainer "just quit"?
[$] Custom page-cache policies with BPF
The kernel's page cache is charged with maintaining pages (or, more correctly, folios) containi [...]…
[$] Support for private memory nodes
Gregory Price started his session in the memory-management track of the 2026 Linux Storage, Fil [...]…
[$] What is to be done about MGLRU?
'Reclaim' is the task of finding memory that can be taken away from its current user and put to [...]…
[$] What's brewing in CXL
Compute Express Link (CXL) is a technology intended to enable the provision of 'memory nodes' i [...]…
[$] Improving the per-CPU memory allocator
There are many places in the kernel where performance can be improved by using per-CPU data. B [...]…
SuperInfer: SLO-Aware Rotary Scheduling and Memory Management for LLM Inference
SuperInfer: SLO-Aware Rotary Scheduling and Memory Management for LLM Inference on Superchips.…
[$] Swap tables, flash-friendly swap, swap_ops, and more
The kernel's swap subsystem is charged with managing anonymous pages in secondary storage when [...]…
Signal Internals: Managing Memory and the Dependency Graph
Quick Recap In the previous article, we looked at the role of the Scheduler. The...…
Compass v1.1.0 · we shipped a memory plugin that catches its own consumption drift
Recall != consumption. Same anti-pattern reproduced across sessions despite recall hitting the right files. Three layers of fix and a capability-driven governance plan that scales …
RAII in C: Automating Resource Management with GCC Attributes
Memory leaks are one of the oldest and most persistent bugs in C. But what if C could clean up...…
Python list Internals: How Dynamic Arrays Work Under the Hood
A Python list is a capacity-adaptive linear container backed by a dynamic array. This design gives...…
The Pragmatic Architect’s Guide to Enterprise AI: Balancing Cost, Memory, Context, and Production Reality
Introduction Enterprise Generative AI has officially moved beyond the “cool demo” phase....…
Programmers Spend Their Time – Probably Dance
I submitted a tiny patch to flash attention. The necessary typing for the change takes less ten seconds, but the overall change took more than ten hours So where does the time go? …
Virtual memory explained as a dialogue between a process and the Linux kernel
From page faults to NUMA topology: how the Linux kernel manages memory, and what that means for the performance of data-intensive systems.…