🧵 Core Scheduling - hello · Scour

The 185-Microsecond Type Hint

blog.sturdystatistics.com·3h·

Discuss: Hacker News, r/programming

Hestia: Hyperthread-Level Scheduling for Cloud Microservices with Interference-Aware Attention

arxiv.org·20h

⚙️Cooperative Scheduling

Building a Virtual Computer for the Intel 80286

hackster.io·5h

Intel’s new Xeon 600 processors confirmed to clock up to 4.9GHz

kitguru.net·11h

⚙️CPU Microarchitecture

The ongoing quest for atomic buffered writes

lwn.net

·2h

🚧Memory Barriers

A GPU Microarchitecture Optimized for Fully Homomorphic Encryption

semiengineering.com·1d

🔢Homomorphic Encryption

Utility-Based Cache Partitioning: Making Shared Caches Smarter in Multi-Core Systems

dev.to·3d·

Discuss: DEV

🧩Cache Partitioning

vermaden.wordpress.com·8h

MoRI — AMD's MoE dispatch and KV Cache library

github.com·1d

🔄Glommio vs Tokio

Mount Mayhem at Netflix: Scaling Containers on Modern CPUs

netflixtechblog.com·2d·

Discuss: Hacker News

🔗Intrusive Containers

Intel announces Xeon 6+ “Clearwater Forest” at MWC 2026, Core 200K+ likely the next “Plus”

videocardz.com·13h

Kronos: A Secure and Generic Sharding Blockchain Consensus with Optimized Overhead

papers.cool·21h

Working With STM32 Arm TrustZone-Based Projects in CLion

blog.jetbrains.com·12h

💾PMem Programming

Scoped Resources in C with `__attribute__((mulle_confined_loop))`

mulle-kybernetik.com·14h

🦀Rust Macros

Securing RISC-V Third-Party IP: Enabling Comprehensive CWE-Based Assurance Across the Design Supply Chain

semiwiki.com·7h

🔐Capability Systems

Intel explains why its latest and upcoming Xeon CPUs are great for 5G and 6G

neowin.net·17h

Dino in the Machine: Surviving the Transformer Latency Trap in C++

hackernoon.com·17h

Green or Fast? Learning to Balance Cold Starts and Idle Carbon in Serverless Computing

arxiv.org·20h

🌍Edge Computing

tokio.rs·8h

The Hidden Optimization Behind Modern LLMs: Grouped Query Attention Explained

pub.towardsai.net

·8h

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