Microservices architecture is all about breaking down a large application into smaller, independent services that can communicate with each other. This approach helps in scalability, flexibility, and easier maintenance. However, designing microservices effectively requires certain patterns to manage communication, data, and failures efficiently. Here are some essential microservice design patterns…
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Using CAP Theorem choose a database.
When building a large-scale distributed system, choosing the right database is crucial for meeting both user expectations and business requirements. The CAP Theorem offers valuable insights into the trade-offs involved in selecting a database, especially when it comes to consistency, availability, and partition tolerance. The CAP Theorem states that a…
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Get Differences between Machine Learning and Deep Learning
Artificial intelligence is used to classify machines that mimic human intelligence and human cognitive functions like problem-solving and learning. AI uses predictions and automation to optimize and solve complex tasks that humans have historically done, such as facial and speech recognition, decision making and translation. Machine learning is a subset…
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Get Differences between Retry Pattern and Circuit Breaker Pattern
In a distributed environment, resilience and fault tolerance are important. Two essential techniques, the Retry Pattern and the Circuit Breaker Pattern, stand out as pillars in the search for robustness. Both patterns appear to address identical issues like improving system reliability by gracefully accepting temporary errors. But when you dive…
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Data Structures vs Algorithms: Key Differences
Data Structures vs Algorithms are two fundamental concepts in computer science that are closely related but serve different purposes. Exploring Data Structures vs Algorithms By understanding Data Structures vs Algorithms, developers can make informed choices that enhance their coding practices. A data structure is a specialized format for organizing, processing,…