⚙️ Systems Programming - thorfour · Scour

Substrate: Formalism ⚙️Distributed Systems

lesswrong.com·4d

Ordering results involving k-out-of-n systems for a flexible Gompertz model with heterogeneity 🔧Data Engineering

sciencedirect.com·1d

Shared Nothing Engineering ⚙️Distributed Systems

timkellogg.me·5d

A C language fixed-point math library for embedded systems 🐹Go

blog.adafruit.com·2d

Python: The Versatile, High-Level Programming Language 🐹Go

excelsior.edu·2d

Reimagining Kernel Generation at the PTX Layer: An LLM System Learning from DSLs to Outperform Them 📡Observability

standardkernel.com·3d·Hacker News

Refactoring using LLMs 🐹Go

markjgsmith.com·1d

Runtime Verification: Monitoring, Knowledge, and Uncertainty (Lecture Notes) ⚙️Distributed Systems

Eventual Consistency in Distributed Systems and Microservices ⚙️Distributed Systems

talent500.com·2d

A breakthrough in C/C++ dependency management 🦀Rust

lobste.rs·4d·Substack

Zig complexity as discussed by Drew Devault 🐹Go

The Two Thread IDs of macOS: Measuring P/E Core Usage on Apple Silicon 📡Observability

bazhenov.me·6d

Your Virtual Threads Are Leaking: Why ScopedValue is the Only Way Forward 📡Observability

javalld.com·6d·DEV

std::atomic_thread_fence (3) Linux Manual Page 🦀Rust

systutorials.com·1d

From Silos to Systems, from Data to Insight 🔧Data Engineering

semiengineering.com·1d

How We Increased Code Coverage by 28% Without Writing a Single Test 🔧Data Engineering

engineering.salesforce.com·3d

The systems-centric era ☁️Cloud Computing

joshs.bearblog.dev·4d

FACT: Compositional Kernel Synthesis with a Three-Stage Agentic Workflow ⚙️Distributed Systems

DslsDZC/HIC: HIC: A hierarchical isolation kernel reference architecture. Unifying security, performance, and modularity in a single design, enabling deployment from embedded to cloud with full lifecycle evolution. 🌍Open Source

github.com·1d·Hacker News

April Week 3 🐹Go

i-programmer.info·4d

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