Hybrid Encryption Scheme Using Terminal Fingerprint and Its Application to Attribute-Based Encryption Without Key Misuse. - Chunlu Chen; Hiroaki Anada; Junpei Kawamoto; Kouichi Sakurai (ICT-EurAsia/CONFENIS, 2015)

A Hybrid Encryption Scheme with Key-cloning Protection: User / Terminal Double Authentication via Attributes and Fingerprints. - Chunlu Chen; Hiroaki Anada; Junpei Kawamoto; Kouichi Sakurai (J. Internet Serv. Inf. Secur., 2016)

POSTER: Advancing Federated Edge Computing with Continual Learning for Secure and Efficient Performance. - Chunlu Chen; Kevin I-Kai Wang; Peng Li 017; Kouichi Sakurai (ACNS Workshops, 2023)

Flexibility and Privacy: A Multi-Head Federated Continual Learning Framework for Dynamic Edge Environments. - Chunlu Chen; Kevin I-Kai Wang; Peng Li 017; Kouichi Sakurai (candar, 2023)

Enhancing Security and Efficiency: A Lightweight Federated Learning Approach. - Chunlu Chen; Kevin I-Kai Wang; Peng Li 017; Kouichi Sakurai (AINA (4), 2024)

Evaluating Differential Privacy in Federated Continual Learning: A Catastrophic Forgetting-Performance Tradeoff Analysis. - Chunlu Chen; Zhuotao Lian; Chunhua Su; Kouichi Sakurai (CANDAR, 2024)

Integrating CP-ABE and Device Fingerprint Into Federated Learning. - Chunlu Chen; Rodrigo Roman; Kevin I-Kai Wang; Kouichi Sakurai (SciSec, 2024)

A Multi-Head Federated Continual Learning Approach for Improved Flexibility and Robustness in Edge Environments. - Chunlu Chen; Kevin I-Kai Wang; Peng Li 017; Kouichi Sakurai (Int. J. Netw. Comput., 2024)

Enhancing trust and privacy in distributed networks: a comprehensive survey on blockchain-based federated learning. - Ji Liu 003; Chunlu Chen; Yu Li; Lin Sun; Yulun Song; Jingbo Zhou 003; Bo Jing; Dejing Dou (Knowl. Inf. Syst., 2024)

Trustworthy federated learning: privacy, security, and beyond. - Chunlu Chen; Ji Liu 003; Haowen Tan; Xingjian Li 002; Kevin I-Kai Wang; Peng Li 017; Kouichi Sakurai; Dejing Dou (Knowl. Inf. Syst., 2025)