ARTFEED — Contemporary Art Intelligence

Privacy-Preserving Federated Learning for Chemical Process Optimization

other · 2026-04-30

A new framework enables collaborative model training across distributed chemical plants without sharing raw data. Each plant trains a neural-network-based process model locally using time-series sensor data, transmitting only model parameters to a central aggregation server via secure mechanisms. This preserves data locality and industrial confidentiality. Experiments used datasets from three independent plants.

Key facts

  • arXiv:2604.26073
  • Federated learning enables collaborative model training without sharing raw operational data
  • Each plant trains a neural-network-based process model locally
  • Only model parameters are transmitted to a central aggregation server
  • Secure aggregation mechanisms are used
  • Experimental evaluation used process datasets from three independent chemical plants
  • Plants operate under heterogeneous conditions
  • Framework addresses data confidentiality constraints in industrial chemical plants

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