Implementing Work-Stealing Runtimes: Building a Lock-Free Scheduler from Scratch
A deep dive into lock-free work-stealing schedulers, covering the theory, architecture, and a minimal implementation in Rust.
Concurrency
Architecting a Lock-Free Scheduler for High-Throughput Actor Systems in Rust
Exploring lock-free scheduler design patterns for high-throughput actor systems in Rust, with real-world pitfalls and performance benchmarks.
Goroutine Scheduling in Go: Inside the Runtime That Powers Production Services
Understanding Go’s scheduler is essential for writing low‑latency, high‑throughput services. This article walks through the GMP model, context switching, and real‑world tuning levers.
Build a Google Guava-like Cache From Scratch: A Portfolio Project That Signals Systems Skill
A step-by-step build guide for a from-scratch caching library inspired by Google Guava’s cache. You’ll implement LRU eviction, TTL expiration, concurrent access, and observability — a CV project that signals real distributed-systems engineering skill.
Implementing Go's Work-Stealing Scheduler: Inside Goroutine Execution and Load Balancing
Explore how Go’s scheduler uses a work-stealing algorithm with the G-M-P model to distribute goroutines across OS threads, balancing load with minimal contention and achieving sub-microsecond scheduling latencies at scale.