Suitability of NB-IoT for Indoor Industrial Environment: A Survey and Insights

Dangana, Muhammad; Ansari, Shuja; Abbasi, Qammer H.; Hussain, Sajjad

doi:10.3390/s21165284

Cited by 22 publications

(14 citation statements)

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“…The standardization and diligent research into technology have also resulted in significant advancements. As 3GPP provides a concise and unique visual description of the narrow band-IoT standardization process, Dangana et al (2021) highlighted some of the aspects of a wireless sensor network, IoT, industrial-IoT, NB-IoT, and the technological issues they face. This work outlines the obstacles that must be overcome by wireless communication technology to be productive in an industrial setting.…”

Section: Figurementioning

confidence: 99%

Radio frequency sensing and its innovative applications in diverse sectors: A comprehensive study

et al. 2022

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Recent advancements in radio frequency (RF) sensing technology can be attributed to the development of the Internet of Things (IoT), healthcare, RF-identification, and communication applications. RF sensing is a multidisciplinary research field that requires expertise in computing, electronics, and electromagnetics to cover all system features, including protocol development, antenna design, sensor integration, algorithm formulation, interconnection, data, and analytics. The overarching aim of this work is to present detailed information about RF technologies and their innovations and application diversity from the novel work carried out at CSI Lab 1, together in one platform with an extensive survey. This study presents state-of-the art applications and RF sensing that include W-Fi, radar, and SDR and RFID-based sensing. A comprehensive survey and study of the advantages and limitations of each non-contact technology is discussed. Additionally, open research gaps have been identified as well. Decades of knowledge and experience have been put to use to meet new challenges and demands. The development and study of RF systems, IoT, RFID sensing, and research and deployment activities, are briefly discussed. The emerging research projects with industry, institutional research centers, and academic studies are also addressed. Finally, an outline of identified potential future research areas is provided, emphasizing opportunities and challenges.

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Section: Figurementioning

confidence: 99%

Radio frequency sensing and its innovative applications in diverse sectors: A comprehensive study

et al. 2022

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“…In terms of vulnerabilities, LoRaWAN and NB-IoT give sufficient security guarantees, but according to Coman et al [34] both technologies need to be properly enforced. The NB-IoT technology was standardized in 2016 by the Third Generation Partnership Project (3GPP), considerably increasing the NB-IoT applications for wireless data communication purposes [35]. In addition, the presence of NB-IoT modules in the IoT device market share by 2030 will considerably increase too [36].…”

Section: Communications: Nb-iotmentioning

confidence: 99%

Democratization of PV Micro-Generation System Monitoring Based on Narrowband-IoT

Paredes-Parra¹,

Jiménez‐Segura

Campos-Peñalver³

et al. 2022

Sensors

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Power system configuration and performance are changing very quickly. Under the new paradigm of prosumers and energy communities, grids are increasingly influenced by microgeneration systems connected in both low and medium voltage. In addition, these facilities provide little or no information to distribution and/or transmission system operators, increasing power system management problems. Actually, information is a great asset to manage this new situation. The arrival of affordable and open Internet of Things (IoT) technologies is a remarkable opportunity to overcome these inconveniences allowing for the exchange of information about these plants. In this paper, we propose a monitoring solution applicable to photovoltaic self-consumption or any other microgeneration installation, covering the installations of the so-called ’prosumers’ and aiming to provide a tool for local self-consumption monitoring. A detailed description of the proposed system at the hardware level is provided, and extended information on the communication characteristics and data packets is also included. Results of different field test campaigns carried out in real PV self-consumption installations connected to the grid are described and analyzed. It can be affirmed that the proposed solution provides outstanding results in reliability and accuracy, being a popular solution for those who cannot afford professional monitoring platforms.

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“…Industrial traffic requires microsecond latency for IoT communication [4]. Such traffic consists of information about emergencies, traffic data management, and remote control traffic, which can be used in applications for high reliability UAV management [5]. Although information on calculating the probability of overlapping in [4,5] as an intellectual dynamic structure of spectrum resource management is not enough.…”

Section: Literature Review and Problem Statementmentioning

confidence: 99%

Devising a traffic control method for unmanned aerial vehicles with the use of gNB-IOT in 5G

Qasim

Abu-Alshaeer

Jawad

et al. 2022

EEJET

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UAVs or drones as an alternative solution to providing high-quality Internet service in difficult terrain are environmentally friendly and do not consume electricity during the day as is the case with communication towers. But the developers of the network face difficulties in the drone communication system associated with the need to take into consideration unpredictable weather conditions and terrain, as well as the short life of the drone's batteries. Therefore, the object of this study is the process of managing UAV traffic through the use of gNB-IoT in 5G. The possibility of using a mobile UAV repeater during traffic management using radio resources (RR), radio access network (RAN), the infrastructure with broadcasting tools and dynamic connection using MU-MIMO modulation is shown. The use of these tools makes it possible to connect the drone to the wired base network from the provider and then restore the radio frequency signal and broadcast to another coverage area where this subscriber does not have network coverage, use the channel quality indicator (CQI) representation as a QoE function. Undoubtedly, traffic management is the process of obtaining information about traffic control from one endpoint to another, which confirms the reliability and management of data transmission. Meanwhile, drone traffic management can be used to reduce time delays and remove network interference by relying on Internet of Things programs that use NB-5G technology. The UAV's traffic management improvement process uses a proposed algorithm to generate dynamic flow data management to enhance traffic processing of flow control in the IoT

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Suitability of NB-IoT for Indoor Industrial Environment: A Survey and Insights

Cited by 22 publications

References 100 publications

Radio frequency sensing and its innovative applications in diverse sectors: A comprehensive study

Radio frequency sensing and its innovative applications in diverse sectors: A comprehensive study

Democratization of PV Micro-Generation System Monitoring Based on Narrowband-IoT

Devising a traffic control method for unmanned aerial vehicles with the use of gNB-IOT in 5G

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