当前和未来无线通信技术走向物联网时代:概述

R. Sadek, H. Elbadawy
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引用次数: 1

摘要

物联网通过不同的通信技术手段将传感器和执行器与计算平台明智地结合起来,以获得数据收集和分析,从而提高了行业的生产力和效率。物联网系统设计本质上需要考虑数据传输的可靠性。本文综述了当前和未来物联网应用中常用的通信手段。该文件还将涵盖技术、数据和通信协议及其共同应用领域。无线技术正在不断发展,以提供广泛、高效、具有挑战性的基于物联网的应用。活跃在世界各地。5G、6G无线技术与卫星无线融合,开启物联网新时代。可靠性指标的简要概述;资源分配和延迟管理对于维护可靠的物联网应用至关重要。提供了设计物联网系统所需的主要必要步骤。本文为建立一种标准的方法来设计一个高效的物联网系统为特定的应用铺平了道路。所有这些问题都将为可靠的物联网提供一些关键的开放研究问题,这些问题需要进一步的研究,包括与机器学习方法、6G通信、基于区块链的安全、SDN和计算以及量子通信技术相关的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards IoT Era with current and Future Wireless Communication Technologies: An Overview
IoT boosts industry productivity and efficiency by judiciously combining sensors and actuators with computing platforms via different means of communications technologies to get data gathering and analytics. IoT system design essentially requires considering data transmission reliability. This paper presents a review of the commonly used communication means in current and future Internet of Things (IoT) applications. The Paper will also cover technologies, data and communication protocols and their common application domains. Wireless technologies are growing in a way to provide wide efficient challenging IoT-based applications. actively all around the world. 5G and 6G wireless technologies with satellite integration wireless open a new era of IoT. A brief overview of reliability metrics; resource allocation and latency management which are crucial for maintaining a reliable IoT application, is also given. The main required procedure required for designing an IoT system is provided. This paper paves the way for establishing a standard way to design an efficient IoT system for a certain application. All these issues will provide light on a few crucial open research issues for a reliable IoT that requires additional research, including those relating to machine learning methods, 6G communications, blockchain-based security, SDN and Computing and quantum communication technologies.
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