Tokyo City University · Graduate School of Environmental and Information Studies

Research keywordsphysical-layer security・untrusted relay networks・cooperative jamming・finite blocklength communications・non-orthogonal multiple access・federated deep reinforcement learning・direction-of-arrival estimation・visible light communications・UAV trajectory optimization・lossy forwarding relays

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• Generative Covert Communication: Leveraging Signal Coupling for Secret Data Transmission2026 · IEEE International Conference on Computer Communications (INFOCOM)
• GNN-Assisted Federated Deep Reinforcement Learning for Physical-Layer Security in RIS-Enabled Untrusted Relay Networks2026 · The International Symposium on Computer Applications and Information Technology（ISCAIT）
• P2C-MUX: Multiplexing with Power and Polarity Coding for Communication Efficiency2026 · IEEE International Conference on Computer Communications (INFOCOM)
• Machine Learning-Based Adaptive Physical-Layer Security in Untrusted Relay Networks2025 · International Conference on Information Communication and Signal Processing (ICICSP)

• 機械学習を活用した非信頼中継ネットワークの適応型物理層セキュリティ設計2025 · 電気通信普及財団
• 有歪み復号転送を用いた非信頼中継ネットワーク物理層セキュリティに関する研究2021 · 日本学術振興会
• Network Efficiency based on Slepian-Wolf Theorem in Cooperative Wireless Communication Networks2016 · フィンランドRIITTA JA JORMA J. TAKANEN FOUNDATION財団研究助成
• 協調無線通信ネットワークにおいて、分散型信号符号化理論 Slepian-Wolf の定理に基づくネットワーク効率を改善するための技術提案2015 · 公益財団法人NEC C&C財団

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