Advancements in Wireless Communication Systems

The field of wireless communication systems is witnessing significant advancements, driven by the need for improved performance, capacity, and security. Researchers are exploring innovative approaches to optimization, design, and implementation of wireless networks, including the integration of artificial intelligence and machine learning techniques. Decentralized adaptive compression, large language model empowered design of fluid antenna systems, and fronthaul-aware user-centric generalized cell-free massive MIMO systems are some of the key areas of focus. These advancements have the potential to revolutionize the field, enabling faster, more reliable, and secure wireless communication systems. Noteworthy papers include: M2BeamLLM, which introduces a novel neural network framework for beam prediction in mmWave massive MIMO communication systems, achieving significantly higher beam prediction accuracy and robustness. MIMO Systems Aided by Microwave Linear Analog Computers, which proposes a graph theoretical model of MiLAC facilitating the systematic design of lower-complexity MiLAC architectures, maintaining capacity-achieving performance while drastically reducing circuit complexity.

Sources

Decentralized Uplink Adaptive Compression for Cell-Free MIMO with Limited Fronthaul

Position Paper: Rethinking AI/ML for Air Interface in Wireless Networks

Large Language Model Empowered Design of Fluid Antenna Systems: Challenges, Frameworks, and Case Studies for 6G

Capacity Characterization of Pinching-Antenna Systems

Fronthaul-Aware User-Centric Generalized Cell-Free Massive MIMO Systems

M2BeamLLM: Multimodal Sensing-empowered mmWave Beam Prediction with Large Language Models

MIMO Systems Aided by Microwave Linear Analog Computers: Capacity-Achieving Architectures with Reduced Circuit Complexity

Linear and Numerical SDoF Bounds of Active RIS-Assisted MIMO Wiretap Interference Channel

In-Context Learning for Gradient-Free Receiver Adaptation: Principles, Applications, and Theory

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