Ampalavanapillai Nirmalathas

Professor

University of Melbourne

Australia

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About

Ampalavanapillai Nirmalathas is a Professor at the University of Melbourne, Australia. His research encompasses areas such as terahertz communication, underwater optical wireless communications, and optical wireless networks, as evidenced by his recent articles on advanced transmission techniques and noise resilience in communications systems. Additionally, he has contributed insights into engineering education within the Australian pre-tertiary education system.

Articles (26)

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2025

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2022

Collaborators (4)

Kandeepan Sithamparanathan

RMIT University

AUSTRALIA

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Ke Wang

AUSTRALIA

View details

André F. Gygax

University of Melbourne

AUSTRALIA

View details

Chengwei Fang

RMIT University

AUSTRALIA

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Ampalavanapillai Nirmalathas

Research Interests

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About

Articles (26)

NLOS Underwater Optical Wireless Communications With Wavy Surface Using Relay Coordination Based on Incremental Hybrid Decode-Amplify-Forward Scheme

Floquet‐Engineered Noise‐Resilient Terahertz Receiver with Modular Phased Array Architecture for Scalable Chip‐Scale Communication

Situating engineering within the Australian pre-tertiary education system

IMS2025 Future G Summit

Past and Future Development of Radio-Over-Fiber

Advanced Scalable Multi-Beam Focusing for Indoor Optical Wireless Networks With IR Radiative Clusters

Experimental Investigation of Ultra-Fast CDR Scheme for High-Speed Free-Space Optical Data Transmission With Multiple Access

IMS2024 Future G Summit

Experimental Demonstration of Multi-Channel Frequency Quadrupling for Analog Optical Fronthauling

A Dual-Signaling Architecture for Enhancing Noise Resilience in Floquet Engineering-Based Chip-Scale Wireless Communication

Efficient Generation of Optimal UAV Trajectories With Uncertain Obstacle Avoidance in MEC Networks

Energy Consumption Modeling and Optimization of UAV-Assisted MEC Networks Using Deep Reinforcement Learning

Improving Transmission Efficiency in Optical Wireless Networks with IR Radiative Element Clusters and Phased Array Apertures

Optical Upconversion of OFDM Signals for Next Generation Fronthauling Using Frequency Doubling and Quadrupling

Performance Analysis of a 28 GHz Wideband Analog Radio-over-Fiber Fronthaul with Channel Nonlinearity Compensation

Design and deployment of optical x-haul for 5G, 6G, and beyond: progress and challenges [Invited]

Floquet engineering-based frequency demodulation method for wireless THz short-range communications

Evolution of Short-Range Optical Wireless Communications

Joint Beam-and-Probabilistic Shaping Scheme Based on Orbital Angular Momentum Mode for Indoor Optical Wireless Communications

Reconfigurable optical crosshaul architecture for 6G radio access networks

Investigation on Orbital Angular Momentum Mode-Based Beam Shaping for Indoor Optical Wireless Communications

Comparison of Adaptive Equalization Methods for Improving Indoor Optical Wireless Communications Employing Few-Mode Based Uniform Beam Shaping

Investigation on repetition-coding and space-time-block-coding for indoor optical wireless communications employing beam shaping based on orbital angular momentum modes

4G to 6G: disruptions and drivers for optical access [Invited]

Few-Mode Based Beam Shaping for Multi-User Indoor Optical Wireless Communications With Time-Slot Coding

Intelligent Radio Resource Allocation for Human-Robot Collaboration

Collaborators (4)

Kandeepan Sithamparanathan

Ke Wang

André F. Gygax

Chengwei Fang

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