10 articles
Articles tagged with "Java"
Explore our collection of 10 articles about java.
Sharded Processing: Per-Core Isolation for Zero Contention
Eliminate contention entirely with per-CPU-core sharded buffers, thread affinity, and isolated processing lanes for maximum parallelism.
Wait-Free Telemetry: Never-Blocking Observability
Build wait-free telemetry buffers that never block producers, with overwrite semantics for high-frequency trading observability that doesn't impact system performance.
Wait-Free SPSC Queues in Java
How to replace synchronized queue handshakes with a wait-free Single-Producer Single-Consumer ring buffer that uses precise memory ordering instead of locks.
Event Pipelines in Java: The LMAX Disruptor Pattern
How to chain SPSC queues into a high-throughput event pipeline, following the LMAX Disruptor pattern for multi-stage processing with sub-microsecond latency.
MPMC Queues in Java: The Final Boss
How to build a dual-CAS Multi-Producer Multi-Consumer ring buffer in Java that scales on both ends without collapsing under lock contention.
Lock-Free MPSC Queues in Java
How to replace locked many-producer queues with a lock-free Multi-Producer Single-Consumer ring buffer coordinated entirely by CAS and sequence numbers.
Off-Heap Algorithms in Java: The Ring Buffer Foundation
From a naive heap-based queue to an off-heap ring buffer with dramatically better throughput, tail latency, and GC behavior for high-frequency trading workloads.
The Actor Model on the JVM: Part 3 - The Final Chapter
Complete implementation guide to the Actor Model with advanced patterns, testing strategies, and real-world lessons learned from building scalable concurrent systems.
The Actor Model on the JVM: Part 2 - The Pitfalls of Shared State
Deep dive into the specific problems that arise when dealing with shared mutable state in multithreaded environments and why traditional synchronization approaches fall short.
The Actor Model on the JVM: Part 1 - OOP and the Rise of Concurrency Challenges
Explore the evolution of Object-Oriented Programming and its challenges in concurrent programming, setting the stage for understanding the Actor Model as a solution.