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Title	Link Adaptation Performance In The Narrow Band Internet Of Things
ID_Doc	35314
Authors	Daraghma R.S.M.; Fouchal H.; Daraghmi Y.-A.; Ayaida M.; Daraghmi E.
Year	2024
Published	Communications in Computer and Information Science, 1999
DOI	http://dx.doi.org/10.1007/978-3-031-50518-8_5
Abstract	The aim of the paper was to explore the effectiveness of NB-IOT Narrowband Physical Downlink Shared Channel (NPDSCH), which the 3GPP released in version 13 to serve as a mobile communications feature. When compared to previous cellular technologies, NB-expanded IOT's coverage, data rate, latency, and battery lifetime are its key characteristics. These NB-IOT capabilities make it extremely useful for IOT manufacturing and enable the upcoming technology that may be applied in a variety of situations of deployments, including Agriculture, smart cities, and health, and WSNs. The primary goal of this survey is to evaluate the execution of various NB-IOT grid characteristics with acceptable rates of error in uplink and downlink connections. The effectiveness of the distinct approaches was estimated based on how well they met the requirements of IOT sector. In order to evaluate the various criterion sets and determine which options offer the optimal cost-efficiency trade-offs for building an NB-IOT grid, software simulations were employed. According to the findings, data that is sent in a reduced Transport Block Size (TBS) units experiences less errors than data that is sent in a bigger size units. The outcomes also reveal that, in the propagation channel model, the ER rises as the Doppler frequency rises. The findings also demonstrate that as the subject of modulation and coding scheme (IMCS) increases, the ER rises; finally, the results indicate that an increasing number of antennas is nearly optimal for all parameters. © 2024, The Author(s), under exclusive license to Springer Nature Switzerland AG.
Author Keywords	Doppler frequency; Modulation and coding index; NBIOT; Transport Block Size

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