The Cluster-based Architecture pattern divides a complex problem into smaller, independent clusters, each responsible for a specific sub-problem. These clusters communicate through well-defined, minimal interfaces. This enhances modularity, testability, and allows for independent scaling and modification of individual …

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The Cluster-based Architecture pattern distributes processing across multiple worker processes (clusters) to improve performance and reliability, particularly in single-threaded environments like Node.js/TypeScript. It leverages multi-core processors. This example uses Node’s cluster module to create a simple HTTP …

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The Cluster-based Architecture pattern divides a larger task into smaller, independent “clusters” of work. Each cluster can be handled by a separate worker or process, improving responsiveness and allowing for parallel execution. This example simulates worker clusters using JavaScript’s worker_threads …

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The Cluster-based Architecture pattern distributes tasks across a set of independent, yet coordinated, worker nodes (clusters). Each cluster handles a specific subset of the overall workload. This improves scalability, fault tolerance, and performance by enabling parallel processing and isolating failures. The provided …

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The Cluster-based Architecture pattern distributes application logic and data across multiple independent computing nodes (a “cluster”) to improve availability, scalability, and performance. Tasks are divided and potentially replicated within the cluster. This example simulates a simple log processing …

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