Intelligent Surfaces Empowered Wireless Network: Recent Advances and The Road to 6G

Concetti Chiave

Intelligent surfaces (ISs) are a key technology for future wireless networks, offering low cost, high energy efficiency, and advanced functionalities like active amplification and holographic beamforming.

Sintesi

Intelligent surfaces (ISs) have emerged as a crucial technology for wireless networks due to their cost-effectiveness, energy efficiency, and advanced capabilities.
Recent advancements in IS architectures have expanded their functionalities from passive reflection to active amplification and holographic beamforming.
The paper provides a comprehensive survey on the recent development and advances of ISs in wireless networks.
It covers anticipated use cases of ISs in future wireless networks such as 6G, recent standardization activities related to ISs, design issues of reflection-based IS, and advanced IS architectures.
Key topics include reflection optimization, deployment strategies, signal modulation techniques, wireless sensing applications, integrated sensing and communications, active IS architectures, omnidirectional IS structures, holographic beamforming technologies.

Statistiche

"Recent advancements in IS architectures have expanded their electromagnetic functionalities from passive reflection to active amplification."
"The research on ISs is still in rapid progress with recent technological advances."
"A new complete 6G vision has been proposed by the International Mobile Telecommunications for 2030."

Citazioni

"Intelligent surfaces (ISs) have emerged as a key technology to empower a wide range of appealing applications for wireless networks."
"The recent advent of several new IS architectures further expanded their electromagnetic functionalities from passive reflection to active amplification."

Approfondimenti chiave tratti da

Intelligent Surfaces Empowered Wireless Network

by Qingqing Wu,... alle arxiv.org 03-26-2024

https://arxiv.org/pdf/2312.16918.pdf

Domande più approfondite

How can the integration of intelligent surfaces impact the energy efficiency of future wireless networks

将智能表面集成到未来的无线网络中可以显著提高能源效率。智能表面通过优化信号的反射和折射，可以改善信号传输路径，减少功率损耗，并增强信号覆盖范围。这种优化有助于降低设备之间的干扰，减少不必要的重发次数，从而节省能源并提高整体系统性能。

What potential challenges might arise with the widespread adoption of intelligent surfaces in wireless communication systems

随着智能表面在无线通信系统中广泛应用，可能会出现一些潜在挑战。其中包括：

复杂性增加：设计、部署和管理大规模的智能表面需要更多技术专业知识和资源。
成本问题：制造和维护智能表面所需的费用可能较高。
安全风险：由于智能表面涉及对数据传输进行控制和干预，存在被黑客攻击或恶意操作利用的风险。
标准化与兼容性：确保不同厂商生产的智能表面设备之间互相兼容，并符合行业标准是一个挑战。

How can the concept of intelligent surfaces be applied beyond traditional wireless networking scenarios

除了传统无线网络场景外，智能表面概念还可应用于许多其他领域：

物联网（IoT）: 智能表面可帮助优化物联网设备之间的通信连接，并提供更好地覆盖范围和更稳定地连接质量。
室内定位与导航: 利用智能表面构建精密定位系统，在室内环境实现人员追踪、导航等功能。
安全监控: 在监控摄像头周围部署智能墙壁以改善视频图像质量并扩展监视范围。
交通管理: 将智能路灯结合为具有感知功能且可调节照明強度以支持城市交通管理。
这些应用领域展示了使用智能表面技术创新解决方案以满足各种需求并推动未来科技发展。