Analysis and improvement of the methods used for performance assessing of 4G network with NB-IoT technology for three scenarios of spectrum use in the 900 MHz range

Abdujalilov, Javlonbek; Turzhanova, Karina; Konshin, Sergey; Solochshenko, Alexandr; Yakubov, Bakhodir

doi:10.1109/icisct50599.2020.9351379

Cited by 4 publications

(4 citation statements)

References 2 publications

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“…The presence of three scenarios explained by the fact that initially the NB-IoT standard was developed taking into account the requirements of full compatibility with already existing cellular network standards [5]. adopted from [15] The choice of a suitable scenario of NB-IoT technology deploying on an existing cellular network is very important, since it exerting significant impact on the main parameters of network quality, network performance, deployment speed, and infrastructure costs [6,7]. Therefore, it is necessary for mobile operators to understand in advance, which of the NB-IoT scenarios will be the most preferable for deployment in the mobile network and will help to achieve the best balance between mentioned criteria.…”

Section: Figure 1 Use Of 3gpp Iot Technologies In the Worldmentioning

confidence: 99%

“…Figure 2. Deployment scenarios of NB IoT technology,adopted from[15] The choice of a suitable scenario of NB-IoT technology deploying on an existing cellular network is very important, since it exerting significant impact on the main parameters of network quality, network performance, deployment speed, and infrastructure costs[6,7]. Therefore, it is necessary for mobile operators to understand in advance, which of the NB-…”

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confidence: 99%

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Experimental Performance Evaluation of NB-IOT Deployment Modes in Urban Area

Turzhanova

Tikhvinskiy

Konshin

et al. 2022

Int. j. commun. netw. inf. secur.

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Narrow-band Internet of Things is a new promising radio technology standard that addresses the requirements of the IoT. The technology provides improved indoor coverage, support of massive number of low data rate devices, low delay sensitivity, ultra-low device cost, low device power consumption and optimized network architecture. The technology can be deployed in three different operational modes: (1) in-band, (2) guard-band, or (3) standalone in dedicated spectrum. The choice of NB-IoT deployment scenario has a significant impact on the quality and performance of the network.In this article, presented the results of an experimental study of the performance of all three scenarios for NB-IoT deploying in a real working cellular network under equal operating conditions for consideration. The following parameters chosen as an assessment measure: radio coverage, network capacity and user experience. The research shown that exact the standalone mode provide the best performance for these parameters. In addition, we have confirmed that all three NB-IoT scenarios coexist perfectly on 2G/4G networks and satisfy the original requirements of 3GPP's in deep coverage and robust quality of network service.

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Section: Figure 1 Use Of 3gpp Iot Technologies In the Worldmentioning

confidence: 99%

mentioning

confidence: 99%

Experimental Performance Evaluation of NB-IOT Deployment Modes in Urban Area

Turzhanova

Tikhvinskiy

Konshin

et al. 2022

Int. j. commun. netw. inf. secur.

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“…At present times, the most prospective area of NB-IoT application is remote metering applications, where NB-IoT technology allow to data collection and remote control for suppliers of electricity, heat energy and water utilities [26]-[27]. This user case taken as the basis for modeling [28] and testing the performance of an NB-IoT network when using in-band deployment mode as shown in Figure 2. Simulation modeling aimed at reproducing the conditions of operation of the NB-IoT on the LTE network that are closest to real ones.…”

Section: Test Environmentmentioning

confidence: 99%

Performance evaluation of NB-IoT in-band deployment mode in suburban area

Turzhanova

Konshin²,

Tikhvinskiy³

et al. 2021

IJEECS

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There given to discuss the study results about one of three deployment scenarios performance (in-band deployment mode) of the narrow-band internet of things (NB-IoT) technology. The study is carrying out with help of simulation modeling and experimental testing of the main network parameters, namely: radio coverage, network capacity, user experience, and their dependencies on each other. Comparison of the results of a physical experiment and simulation modeling shows their high convergence and confirms the adequacy of the applied testing methodology. As a case scenario provided an example of NB-IoT implementation on a 4G mobile network in the 800 MHz band, in a suburban area for remote metering applications. The article presents the applying testing methodology of NB-IoT that adapted to the local conditions of radio network planning. Based on the obtained data, adducing the main conclusions about the feasibility of using an in-band scenario for deploying NB-IoT on a 4G network in a suburban environment.

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“…Since 1980, approximately every ten years, a new wireless mobile communications generation has emerged, with the 1st generation analogue FM cellular schemes in 1981, the 2nd generation in 1992, the 3rd generation (3G) in 2001, and the 4th generation (4G) (often known to as the long-term evolution (LTE)) in 2011 [6]. The 5G is growing its importance, and the framework is being deployed globally [7].…”

Section: Introductionmentioning

confidence: 99%

CETS: Enabling Sustainable IoT with Cooperative Energy Transfer Schedule towards 6G Era

Kumar

Gopikrishnan

2022

Sensors

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The large scale of the Internet of Things necessitates using long-lasting physical layer devices for data collection. Deploying large numbers of Wi-Fi-enabled devices is expensive, so the Internet of Everything (IoE) is equipped with multiple communication modules to collect data where Wi-Fi is unavailable. However, because of their extended communication capabilities, IoE devices face energy limitations. As a result, IoE devices must be provided with the necessary energy resources. This paper introduces a novel multi-hop cooperation communication mechanism for Wireless Energy Transfer (WET) in the Wireless Powered-Internet of Everything (WP-IoE). IoE devices are outfitted here with various communication devices such as RF, Bluetooth, and Wi-Fi. This research proposes a two-phase energy transmission schedule to address the energy requirements. For data collection, the first phase provides a distributed tree-based data communication plan. The proposed model’s second phase used the reverse data collection protocol to implement wireless energy transmission. By combining these two phases, an optimized WET framework was created without unmanned aerial vehicles or robots. The experimental findings show that the proposed method in this research increases the average lifetime of the network and has a more significant charge latency and average charge throughput than other models.

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Analysis and improvement of the methods used for performance assessing of 4G network with NB-IoT technology for three scenarios of spectrum use in the 900 MHz range

Cited by 4 publications

References 2 publications

Experimental Performance Evaluation of NB-IOT Deployment Modes in Urban Area

Experimental Performance Evaluation of NB-IOT Deployment Modes in Urban Area

Performance evaluation of NB-IoT in-band deployment mode in suburban area

CETS: Enabling Sustainable IoT with Cooperative Energy Transfer Schedule towards 6G Era

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