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ComputeClassWE, short for Compute Class for Web, is a theoretical framework for naming, organizing, and provisioning compute resources in web-oriented and distributed environments. It proposes a taxonomy of resource classes—such as lightweight, general-purpose, and specialized compute—for systems ranging from client devices to edge nodes and cloud data centers. The framework emphasizes properties relevant to web workloads, including latency sensitivity, throughput, memory footprint, energy use, and isolation requirements. Each compute class is associated with target performance profiles, pricing models, and placement constraints to guide automated orchestration.

Key concepts include a class catalog, a policy layer, and orchestration mechanisms. The class catalog defines the available compute classes and their quantitative characteristics, while the policy layer expresses service level objectives and constraints. An orchestration engine assigns tasks to resources by matching workload requirements to the closest-fitting class and by optimizing for end-to-end latency, bandwidth, and energy efficiency. The model supports dynamic reclassification and migration as conditions change.

Applications span web services, real-time collaboration app backends, content delivery networks, and serverless platforms that span device, edge, and cloud tiers. It is intended as a high-level conceptual tool to reason about resource heterogeneity and to inform scheduling, pricing, and QoS strategies. As of now, Compute Class WE is not a standardized or widely adopted specification; most implementations describe related ideas under broader terms like quality of service, resource classes, or edge computing taxonomy.

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