⚙️ Systems Programming - hello · Scour

Project Loom: Java's Virtual Threads – From Nightmares to Modern Concurrency Bliss 🔄Concurrency Patterns

blog.felipestanzani.com·17h·DEV·

OSTEP Chapter 13: The Abstraction of Address Spaces 🧠Memory Models

muratbuffalo.blogspot.com·6d·Blogger·

Elegant Rust with proc macros 🦀Rust Macros

dev.to·18m·DEV·

Stack vs malloc: real-world benchmark shows 2–6x difference 💾Memory Allocators

blog.stackademic.com

·1d·DEV·

facebookincubator/dispenso: The project provides high-performance concurrency, enabling highly parallel computation. 🌀Naiad

github.com·9h·Hacker News·

The Computer System Trail 🔐Capability Systems

arxiv.org·1d·

Why I’m Building a Database Engine in C# 🔨Incremental Compilation

nockawa.github.io·5d·Hacker News·

Introduction to Embedded Systems 🔌Embedded Systems

amazon.com·6d·r/embedded·

The memory model for intelligent systems 📈Differential Dataflow

datahike.io·6d·

The Cost of Concurrency Coordination with Jon Gjengset 🔓Lock-Free Programming

youtu.be·6d·r/rust·

All Software Is Hardware-Dependent 🔐Capability Systems

semiengineering.com·3d·

CAP Theorem in System Design 🔺CAP Theorem

dev.to·1d·DEV·

Loop Control Management in Tightly Coupled Processor Arrays (TCPAs) 🗺️Memory-Mapped Queues

arxiv.org·2d·

The Pipeline Problem 📈Differential Dataflow

modular.com·3d·Hacker News·

AliS-05/AliOS: Custom bootloader and kernel implemented in Nasm assembly and C ⚡RISC-V

github.com·1d·r/C_Programming·

Iteratively optimizing an SPSC queue ⭕Ring Buffers

blog.c21-mac.com·3d·r/cpp·

Properties of Permacomputing Systems 🔐Capability Systems

permacomputing.net·6d·Hacker News·

Optimizing Python Web Apps: Reducing High Memory Usage on Shared Servers for Improved Performance ⚡Cache Optimization

dev.to·13h·DEV·

Compiling Code LLMs into Lightweight Executables 🌲CedarDB

arxiv.org·1d·

Three Threads, One Terminal: Concurrency in Rust with Channels and Atomics 🔀Crossbeam

dev.to·2d·DEV·

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