low coupling | BestHub

IT Architects Alliance

Jan 22, 2022 · Backend Development

Microservice Design Guidelines: Statelessness, Front‑Back Separation, Business Abstraction, and More

This article presents a comprehensive set of practical microservice design guidelines—including stateless services, front‑back separation, domain‑driven business abstraction, use‑case and entity convergence, high cohesion, low coupling, vertical and horizontal slicing, and team self‑organization—to help architects build scalable, maintainable backend systems.

Domain-Driven DesignStatelessTeam Autonomy

0 likes · 9 min read

Microservice Design Guidelines: Statelessness, Front‑Back Separation, Business Abstraction, and More

Selected Java Interview Questions

Feb 27, 2021 · Fundamentals

Understanding Coupling and How to Achieve Low Coupling in Object‑Oriented Design

This article explains the concept of coupling in object‑oriented programming, distinguishes strong and weak coupling with Java examples, and presents two practical techniques—upcasting/interface callbacks and the adapter pattern—to achieve low coupling and improve code modularity.

Javacouplingdesign patterns

0 likes · 6 min read

Understanding Coupling and How to Achieve Low Coupling in Object‑Oriented Design

Full-Stack Internet Architecture

Oct 14, 2019 · Backend Development

Common Java Pitfalls and Performance Tips: NullPointerException, Spin Locks, Low Coupling, CPU Monitoring, and Hash Functions

This article explains typical Java issues such as NullPointerException, demonstrates using spin locks for efficient multithreading, emphasizes low‑coupling design, shows how to diagnose CPU spikes with Linux tools and jstack, and describes why hash functions have O(1) lookup with collision‑resolution strategies.

CPU monitoringConcurrencyJava

0 likes · 5 min read

Common Java Pitfalls and Performance Tips: NullPointerException, Spin Locks, Low Coupling, CPU Monitoring, and Hash Functions

Architects' Tech Alliance

Apr 11, 2019 · Fundamentals

Understanding Distributed Systems: Core Concepts, Misconceptions, and Design Principles

The article explains the fundamental concepts of distributed systems, distinguishing them from service‑oriented architectures and middleware, emphasizing the importance of high cohesion, low coupling, and proper decomposition to build scalable, reliable software across multiple processes.

distributed systemshigh cohesionlow coupling

0 likes · 12 min read

Understanding Distributed Systems: Core Concepts, Misconceptions, and Design Principles