The article analyzes ByteDance's MegaScale‑Infer paper, detailing micro‑batching, M:N Attn‑MoE ratios, cost‑driven constraint search, communication redesign with Mesh All‑2‑All, network latency challenges, and innovative NIC and routing solutions for large‑scale mixture‑of‑experts inference.
This article provides an in‑depth analysis of DeepSeek's open‑source 3FS distributed storage system, focusing on its network communication module, RDMA‑based design, core classes such as IBSocket, Listener, and IOWorker, and how these innovations advance high‑performance AI infrastructure.
This article explains the CoID (Corporation Internal Communication) protocol and provides complete PHP server and client code examples that demonstrate how to build reliable, secure internal messaging between enterprise systems using TCP sockets.
This course introduces MySQL 8's latest features—including performance optimizations, security enhancements, and new data types—while deeply exploring its network communication mechanisms, advanced optimization techniques, and hands‑on projects to improve database performance and security.
This article explains the CoID (Corporation Internal Communication) protocol and provides step‑by‑step PHP code examples for building a TCP socket server and client that exchange JSON‑encoded messages, demonstrating how to achieve reliable, secure internal communication within an enterprise.
This course introduces MySQL 8's latest features, deep dives into its network communication mechanisms, and teaches advanced performance optimization techniques such as connection pooling, compression, and SSL encryption through hands‑on projects to enhance database efficiency and security.
This article explains the fundamental components of RPC architecture, details the client‑server roles, communication protocols, serialization methods, transport protocols, and synchronous versus asynchronous invocation patterns, providing a comprehensive guide for building a custom RPC framework.
This article explains the fundamental structure of Remote Procedure Call (RPC) architecture, detailing its core components such as providers, consumers, channels, protocols, and processors, and discusses the supporting technical system including network communication, serialization methods, transport protocols, and synchronous versus asynchronous remote invocation strategies.
This article explains RocketMQ’s core components, the rocketmq‑remoting module, its Netty‑based protocol design, message structure, communication flow, and the Reactor multi‑thread model that together ensure high‑performance, reliable messaging in distributed backend systems.
This article reviews Ceph's architecture, benchmarks, monitoring methods, and a wide range of performance‑optimizing strategies—including storage‑engine tweaks, network‑communication improvements, data‑placement algorithms, configuration tuning, and hardware‑specific adaptations—while also outlining future research directions.
DNS (Domain Name System) acts as a 'translator' between human-readable domain names and machine-readable IP addresses, enabling internet communication through a hierarchical distributed system of servers.
Kafka’s high‑throughput network architecture—built on NIO, a Reactor thread model, and a TCP‑based protocol—evolves from a simple synchronous processor design to a decoupled handler‑pool system, offering valuable lessons for designing scalable backend communication layers in big‑data applications.
This article provides a detailed translation and explanation of the FastCGI protocol specification, covering its architecture, record types, roles, and implementation details for developers working with PHP-FPM and web servers like nginx.
This article provides a comprehensive overview of the MQTT protocol, covering its origin in 1999, the problems it was designed to solve, its core requirements, and a detailed explanation of its fixed header, variable header, and payload structures.
