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This is a federated time-series forecasting approach for resource-aware cloud-edge orchestration.

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QONNECT-FL: Federated Time-Series Forecasting for Resource-Aware Cloud-Edge Orchestration

Cloud-Edge Kubernetes Federated Learning Time-Series

This repository houses QONNECT-FL, an extension of the QONNECT[1] orchestrator designed for the public cloud. It includes complete setups for two orchestration profiles—each spanning a cloud, edge, and fog cluster on Microsoft Azure—along with the required architectural adaptations for inter-cluster consistency.

It integrates a federated forecasting approach for resource-aware scheduling, alongside benchmarks for five deep forecasting architectures for cluster CPU load using heterogeneous public telemetry.

Detailed usage instructions can be found in the respective subdirectories:

  • deploy-QONNECT-fl/ — Contains the infrastructure provisioning, Kubernetes cluster deployment, and the rollout of the QONNECT components.

  • runtime-optimization/ — Implements various deep time-series models trained via the tsai[2] framework (both standalone and federated using Flower[3]), serving as the predictive component for the resource orchestration approach in QONNECT.

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This is a federated time-series forecasting approach for resource-aware cloud-edge orchestration.

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