Anh Pham

Professor

University of Aizu

Japan

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Professor Anh Pham is a faculty member at the University of Aizu in Japan. His research focuses on advanced communication systems, including underwater optical wireless systems, visible light communications, and UAV-aided networks. Professor Pham has contributed to various topics such as physical layer security, adaptive resource management, and multi-agent reinforcement learning in the context of 6G networks.

Anh Pham

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Articles (27)

Reliable downlink transmission for underwater optical wireless systems with energy harvesting and HARQ

Multi-User Visible Light Communications With Probabilistic Constellation Shaping and Precoding

A Novel Uplink Positioning and SVD-Based Physical Layer Security Scheme for VLC Systems

Non-Orthogonal HARQ for UAV-Aided THz Systems: Design and Analysis

Throughput Performance of THz-Enabled UAV Systems Using NOMA-HARQ with Imperfect CSI

Adaptive 3D Placement of Multiple UAV-Mounted Base Stations in 6G Airborne Small Cells With Deep Reinforcement Learning

Dual-Layer Security: Integration of Simulated QKD and Experimental PLS for VLC

Design of Energy-Efficient Artificial Noise for Physical Layer Security in Visible Light Communications

Multi-Agent Reinforcement Learning for Cooperative Trajectory Design of UAV-BS Fleets in Terrestrial/Non-Terrestrial Integrated Networks

Hybrid FSO/Sub-THz-Based Vertical Networks for Internet of Vehicles

Multiple HAPS-based space-air-ground network with FSO communication: a performance analysis

Resource allocation for hybrid FSO/RF satellite-assisted multiple backhauled UAVs over Starlink networks

Enhanced M-Ary Detecting Tree: A Novel Time-Efficient Protocol for Tag Identification in Active RFID Systems

Joint Design of Adaptive Modulation and Precoding for Physical Layer Security in Visible Light Communications Using Reinforcement Learning

Toward Practical HARQ-Based RC-LDPC Design for Optical Satellite-Assisted Vehicular Networks

FSO-Based HAP-Assisted Multi-UAV Backhauling Over $\mathcal {F}$ Channels With Imperfect CSI

Adaptive Rate/Power Control With ML-Based Channel Prediction for Optical Satellite Systems

Design of Satellite-Based FSO/QKD Systems Using GEO/LEOs for Multiple Wireless Users

FSO-Based Space-Air-Ground Integrated Vehicular Networks: Cooperative HARQ With Rate Adaptation

Deep Reinforcement Learning-Based Online Resource Management for UAV-Assisted Edge Computing With Dual Connectivity

Design and Analysis of Octa-phase Shift Keying based Quantum Key Distribution System

Throughput Analysis for TCP over the FSO-Based Satellite-Assisted Internet of Vehicles

On the Design of Rate Adaptation for Relay-Assisted Satellite Hybrid FSO/RF Systems

On the Design of FSO-Based Satellite Systems Using Incremental Redundancy Hybrid ARQ Protocols With Rate Adaptation

Link-Layer Retransmission-Based Error-Control Protocols in FSO Communications: A Survey

On the Design of RIS-UAV Relay-Assisted Hybrid FSO/RF Satellite-Aerial-Ground Integrated Network

Toward Practical Entanglement-Based Satellite FSO/QKD Systems Using Dual-Threshold/ Direct Detection

Collaborators (4)

Morio Toyoshima

Susumu Ishihara

Alberto Carrasco-Casado

Hoa Le Minh

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