Federated Learning in Big Model Era: Domain-Specific Multimodal Large Models

TL;DR

This paper introduces a federated learning framework for multimodal large models tailored to specific industrial domains, enabling collaborative training across enterprises to improve domain-specific AI services while addressing privacy and heterogeneity challenges.

Contribution

It proposes a novel multimodal federated learning approach for vertical domains, including technical innovations and a case study on city safety management.

Findings

Enhanced multimodal model capabilities through federated learning

Improved domain-specific AI services in city safety applications

Established a cooperative ecosystem for large-scale industrial AI deployment

Abstract

Multimodal data, which can comprehensively perceive and recognize the physical world, has become an essential path towards general artificial intelligence. However, multimodal large models trained on public datasets often underperform in specific industrial domains. This paper proposes a multimodal federated learning framework that enables multiple enterprises to utilize private domain data to collaboratively train large models for vertical domains, achieving intelligent services across scenarios. The authors discuss in-depth the strategic transformation of federated learning in terms of intelligence foundation and objectives in the era of big model, as well as the new challenges faced in heterogeneous data, model aggregation, performance and cost trade-off, data privacy, and incentive mechanism. The paper elaborates a case study of leading enterprises contributing multimodal data and expert knowledge to city safety operation management , including distributed deployment and efficient coordination of the federated learning platform, technical innovations on data quality improvement based on large model capabilities and efficient joint fine-tuning approaches. Preliminary experiments show that enterprises can enhance and accumulate intelligent capabilities through multimodal model federated learning, thereby jointly creating an smart city model that provides high-quality intelligent services covering energy infrastructure safety, residential community security, and urban operation management. The established federated learning cooperation ecosystem is expected to further aggregate industry, academia, and research resources, realize large models in multiple vertical domains, and promote the large-scale industrial application of artificial intelligence and cutting-edge research on multimodal federated learning.