FedQNN: Quantum Federated Learning Framework for Secure Data Handling
Core Concepts
Quantum Federated Learning (QFL) with FedQNN ensures secure data handling and collaborative learning without direct data sharing.
Abstract
Introduction to Quantum Federated Learning (QFL)
Challenges in Quantum Machine Learning (QML) with NISQ devices.
Concept of Federated Machine Learning (FedML).
Adaptation of FedML to QC as QFL.
Challenges in integrating FedML into QC.
Differences between classical FedML and QFL.
Proposed FedQNN Framework Design.
Architecture and training process of Quantum Neural Networks (QNN).
Secure communication and collaborative learning aspects.
Results and Discussion on experiments with diverse datasets.
Accuracy dynamics over iterations and number of clients.
Evaluation on real Quantum Processing Units (QPUs).
Conclusion on the potential of FedQNN for secure collaborative data classification in various fields.
FedQNN
Stats
"The results consistently exceed 86% accuracy across three distinct datasets."
"This evaluation, using the synthetic DNA dataset, achieves an accuracy of more than 80%."
Quotes
"Our research corroborates the concept through experiments across varied datasets."
"Our objective is to accelerate the development of scalable and robust QML through QFL."