Industrial Wireless Sensor Networks and 5G Connected Industries

M. Raza, S. Hussain, N. Aslam, H. Le‐Minh, H. Nguyen
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引用次数: 4

Abstract

This chapter provides a detailed discussion of industrial revolutions, technology improvements, industrial processes and control requirements. Numerous researches divide communications traffic in industries into various classes. This classification depends on the underlying process, equipment and type of operation performed. The traffic in industries is categorized into four groups: safety/emergency traffic, critical control traffic, low‐risk control traffic, and periodic monitoring traffic. The chapter lists these traffic types and their main attributes. It also discusses novel schemes to optimize communications within industrial processes to ensure desired time deadlines and reliability constraints. The chapter further summarizes the role of 5G technologies in ensuring the future of modern day industries. It presents a hybrid multi‐channel scheme for performance and throughput enhancement of industrial wireless sensor networks (IWSNs). The scheme utilizes multiple frequency channels to increase the overall throughput of the system along with the increase in reliability. Use of multiple channels allows ultra‐reliable low‐latency communications in IWSNs.
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工业无线传感器网络和5G互联产业
本章详细讨论了工业革命、技术改进、工业过程和控制要求。大量的研究将各行业的通信流量划分为不同的类别。这种分类取决于所执行的基本流程、设备和操作类型。工业中的流量可分为四类:安全/应急流量、关键控制流量、低风险控制流量和定期监控流量。本章列出了这些流量类型及其主要属性。它还讨论了在工业过程中优化通信的新方案,以确保所需的时间期限和可靠性约束。本章进一步总结了5G技术在确保现代工业未来中的作用。提出了一种用于工业无线传感器网络(IWSNs)性能和吞吐量增强的混合多通道方案。该方案利用多频通道,提高了系统的整体吞吐量,同时提高了可靠性。在iwsn中使用多个通道可以实现超可靠的低延迟通信。
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