LLMs on a Shoestring: The Dynamic Cache Advantage by Arvind Sundararajan
dev.to·1d·
Discuss: DEV
💾Cache Algorithms
Cost-Effective, Orthogonal Approach to Resilient Memory Design (Univ. of Central Florida, UT San Antonio, Rochester)
semiengineering.com·13h
🧠Memory Models
Crashes are loud. Leaks are quiet.
blog.bitdrift.io·1d
📊Memory Profilers
If starting with SQL, don't miss these essential topics:
threadreaderapp.com·4h
💾Minimal Databases
Semantic Dictionary Encoding
falvotech.com·1d·
Discuss: Hacker News
🗂️Type Indexing
XMP/EXPO profiles aren’t just for faster speeds; here are 3 other advantages I get
xda-developers.com·6h
Performance
Safepoints and Fil-C
fil-c.org·15h·
Discuss: Hacker News
🎯Ring Buffers
The Unseen Variable: Why Your LLM Gives Different Answers (and How We Can Fix It)
hackernoon.com·11h
🗺️Region Inference
How to implement the Outbox pattern in Go and Postgres
medium.com·5h·
Discuss: Lobsters
📮Message Queues
Erase and Rewind: Precise LLM Memory Manipulation for Safer AI by Arvind Sundararajan
dev.to·11h·
Discuss: DEV
🔗Memory Linearization
Machine Scheduler in LLVM
myhsu.xyz·12h·
Discuss: Hacker News
📅Instruction Scheduling
Show HN: LLM Memory Notes – semantic memory layer for AI agents (MCP)
llm-memory.com·2h·
Discuss: Hacker News
📏Linear Memory
Building a Simple Stack-Based Virtual Machine in Go
blog.phakorn.com·1d·
📚Stack Data Structures
Arguzz: Testing zkVMs for Soundness and Completeness Bugs
arxiv.org·16h
🧪Testing Compilers
Rowhammer: TRR on DDR5 DRAM has been broken
comsec.ethz.ch·1d·
🏷️Memory Tagging
Predictive Precision: Combining Data and Reasoning for Self-Healing Systems by Arvind Sundararajan
dev.to·7h·
Discuss: DEV
🚂Error Propagation
Network Storage and Scaling Characteristics of a Distributed Filesystem
maknee.github.io·4h·
Discuss: Hacker News
Performance
What I Learned During My Paternity Leave
thecoder.cafe·10h
📚Self-Documenting Code
What is Multi-Party Computation?
privacyguides.org·1d
🎯Ring Buffers