About This Architecture

Domain model for a profiling module that manages host devices, task execution, and capacity requirements across CPU, GPU, and memory resources. Hosts contain multiple devices with defined capacities, while tasks decompose into processes that generate capacity profiles and requirements. The model enables validation of whether devices can satisfy task requirements through methods like canAccommodate() and isSatisfiedBy(). This architecture supports resource scheduling, constraint checking, and worst-case capacity planning in distributed or multi-device environments. Fork this diagram on Diagrams.so to customize device types, add new capacity units, or extend the model for your specific profiling use case.

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How do you model resource profiling and capacity requirements in a domain-driven design?

This UML domain model separates concerns across Host (physical resources), Device (typed capacity containers), Task (work units), Process (executable components), and CapacityRequirement (constraints). Each class exposes validation methods like canAccommodate() and isSatisfiedBy() to enforce capacity constraints before task scheduling.

Profiling Module Domain Model

Autointermediatedomain-modelresource-managementcapacity-planningsoftware-architectureconstraint-validation
Domain: Software ArchitectureAudience: software architects designing resource profiling and capacity management systems
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Created by

August 12, 2026

Updated

August 17, 2026 at 6:55 AM

Type

uml

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