🧵 Lightweight Threads - hello · Scour

Parallelism in Go — Part 1: goroutines and WaitGroup 🔵Go

dev.to·3d·DEV

judofyr/spice: Fine-grained parallelism with sub-nanosecond overhead in Zig 🦀Rayon

github.com·1d

UpDown: Efficient Manycore based on Many Threading & Scalable Memory Parallelism 🧠PIM

people.cs.uchicago.edu·15h·Hacker News

Atomic Operations in Go • Asaduzzaman Pavel 🔵Go

iampavel.dev·1d·r/golang

GTaP: A GPU-Resident Fork-Join Task-Parallel Runtime with a Pragma-Based Interface 🧵OpenMP

arxiv.org·6d

Concurrent Video Processing with Go Goroutines and Channels 🔵Go

dev.to·19h·DEV

Algorithms for Modern Hardware 🔀SIMD Programming

en.algorithmica.org·5d·Hacker News

PHP-FPM, workers and goroutines: what actually happens under load 🌊Glommio

dev.to·12h·DEV

Surelock: Deadlock-Free Mutexes for Rust 🔀Crossbeam

news.ycombinator.com·3d·Hacker News

Concurrency in Go — Part 3: concurrent errors and panic handling 🔵Go

dev.to·1d·DEV

Untangling Tokio and Rayon in production: From 2s latency spikes to 94ms flat 🦀Rayon

posthog.com·6d·Lobsters

Observability in Go: Where to start and what matters most 👁️Observability

grafana.com·5d

Concurrency in Go — Part 2: channels, select and worker pool 📺Go Channels

dev.to·2d·DEV

Calling Rust libraries from Go without Cgo? 🔵Go

golangweekly.com·4d

High-Performance Video Streaming API in Go ⚡FastAPI

dev.to·1d·DEV

Towards Multiparty Session Types for Highly-Concurrent and Fault-Tolerant Web Applications 📦Protocol Buffers

arxiv.org·5d

Concurrency vs parallelism in Go: applied to Event Sourcing and CQRS 🔵Go

dev.to·4d·DEV

Modelling Distributed Applications with Mixed-Choice Stateful Typestates 👻Phantom Types

arxiv.org·5d

From Futures to Runtimes: How Async Rust Actually Works 🦀Rust Async

dev.to·4d·DEV, r/rust

Threading vs Tasks vs Parallelism — The Complete .NET Concurrency Guide 🔄Concurrency

dev.to·3d·DEV

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