Wireless Powered Communication Networks: Research Directions and Technological Approaches

Niyato, Dusit; Kim, Dong In; Maso, Marco; Han, Zhu

doi:10.1109/mwc.2017.1600116

Cited by 204 publications

(142 citation statements)

References 12 publications

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“…The groups such as Telecommunication Standardization Sector (ITU-T) [11], among other studies available in the IEEE Xplorer, were also analyzed, among others studies on the work presented by Kara [13], Lohr [14], Minerva [17] ], Niyato et al [20], Larrucea et al [12], Hgai et al…”

Section: Literature Reviewmentioning

confidence: 99%

IoT: Results of an experimental survey with NodeMCU 12e, TFT Nextion and RTC DS1307

2018

IJAREST

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-With the increase use of the devices for Internet of Things, this study presents the results obtained in an experimental and applied survey, using the device NodeMCU 12e, Tft Nextion and the RTC DS1307 clock, showing a simple application for adjust and show date and time information. Developed in the period of 2017, focusing mainly on the personal experience, evaluating the main characteristics, when using the different devices. The methodology used to obtain the data was an experimental survey with the devices, using the main tools, create to operate the devices, applying the systematic review on the IEEE Xplore base mainly, considering the personal experience when using these types of equipment on different proposals. After applied the experiments, was proceeded to consolidate, discuss and analyze the results. With the experience obtained, was possible demonstrate the results with these kind of devices and your application. Were identified the facilities when using these kind of devices, with the results was possible to demonstrate a way to use and create new solutions for different proposals when studying or using the Internet of Things.Keywords-component; NodeMCU; IoT; Nextion; DS1307; Display; Automation. I.INTRODUCTION The general objective of this work is to present the results of an experiment to study the application and use of NodeMCU 12e devices together with the Nextion display and the time and date control device called RTC DS1307 (Real Time Clock) These devices are usually used in the creation of solutions for residential automation, industrial, robotics, among others.As a specific objective, an Arduino graphical interface (IDE) [1] should be developed, as well as the creation of a small application using C ++, in conjunction with the Nextion display interface, called Itead Editor [9]. a control for date and time, serving as an example for the development of future projects, usually the date and time control is necessary for the recording and sending of events, or incidents, during a data collection, as for example in devices that They measure temperatures, blood pressure, heart rate, humidity. This work was developed by applying research mainly on the IEEE Xplore database, considering studies presented by articles based on the IEEE Computing Society and the IEEE Internet of Things Journal, among other external sources of research such as the Scielo, Google Scholar, among other magazine bases focused on computing and robotics.The results should be presented in the form of instructions and use of the devices, thus allowing an analysis of the necessary steps and considerations that must be taken before the creation of a more detailed project, since the set of devices depends on the type of project and business to the which should be applied.The devices were selected for their low cost, which can be located in the national and international market, usually these devices are used for projects and studies involving the internet of things, thus allowing the construction of solutions for automat...

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Section: Literature Reviewmentioning

confidence: 99%

IoT: Results of an experimental survey with NodeMCU 12e, TFT Nextion and RTC DS1307

2018

IJAREST

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“…Furthermore, while moving toward future networks, another main challenge is prolonging the network lifetime. More specifically, the lifetime of mobile devices is expected to be 10-fold longer, while the overall network power consumption should not exceed 10 percent of the current usage [2], [8]. To cope with these expectations, energy harvesting (EH), wireless power transfer (WPT), and simultaneous wireless information and power transfer (SWIPT) can be considered as primary solutions [2], [8]- [11].…”

Section: Introductionmentioning

confidence: 99%

“…More specifically, the lifetime of mobile devices is expected to be 10-fold longer, while the overall network power consumption should not exceed 10 percent of the current usage [2], [8]. To cope with these expectations, energy harvesting (EH), wireless power transfer (WPT), and simultaneous wireless information and power transfer (SWIPT) can be considered as primary solutions [2], [8]- [11]. Particularly, SWIPT, when properly optimized, can result in significant gains in terms of spectral efficiency, time delay, energy consumption, and interference management, by superposing information and power transfer [12], [13].…”

Section: Introductionmentioning

confidence: 99%

“…Therefore, LED light bulbs might not change flexibly their emitting directions or optical beamforming to maximize the EH performance. Different from visible light, RF is more flexible, and its well-known application, RF WPT, has been well studied in the literature [8], [31]- [43]. Thus, a combination between optical and RF WPTs can provide an efficient solution in both power and data transmisions, since it becomes evident that RF and lightwave wireless power transfer approaches are complementary rather than competing technologies.…”

Section: Introductionmentioning

confidence: 99%

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Ultra-Small Cell Networks With Collaborative RF and Lightwave Power Transfer

Tran

Kaddoum

Diamantoulakis

et al. 2019

IEEE Trans. Commun.

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This paper investigates a hybrid radio frequency (RF)/visible light communication (VLC) ultra-small cell network consisting of multiple optical angle-diversity transmitters, one multi-antenna RF access point (AP), and multiple terminal devices. In the network, the optical transmitters play the primary role and are responsible for delivering information and power over the visible light, while the RF AP acts as a complementary power transfer system. Thus, we propose a novel collaborative RF and lightwave resource allocation scheme for hybrid RF/VLC ultra-small cell networks. The proposed scheme aims to maximize the communication quality-of-service provided by the VLC under a constraint of total RF and light energy harvesting performance, while keeping illumination constant and ensuring health safety. This scheme leads to the formulation of two optimization problems that correspond to the resource allocation at the optical transmitters and the RF AP. Both problems are optimally solved by appropriate algorithms. Moreover, we propose a closed-form suboptimal solution with high accuracy to tackle the optical transmitters' resource allocation problem, as well as an efficient semi-decentralized method. Finally, simulation results illustrate the achievable performance of the investigated system and the effectiveness of the proposed solutions.

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“…Further, the stored energy utilizes by adopting energy efficient transmission techniques. Various research works have been proposed concerning the use of energy efficiency through using the WRSN technique and utilizing intelligently [12]. In the current study, an energy efficient firework algorithm has proposed for the wireless charging vehicle.…”

Section: Introductionmentioning

confidence: 99%

Enhancement of RWSN Lifetime via Firework Clustering Algorithm Validated by ANN

Ali

et al. 2018

Information

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Nowadays, wireless power transfer is ubiquitously used in wireless rechargeable sensor networks (WSNs). Currently, the energy limitation is a grave concern issue for WSNs. However, lifetime enhancement of sensor networks is a challenging task need to be resolved. For addressing this issue, a wireless charging vehicle is an emerging technology to expand the overall network efficiency. The present study focuses on the enhancement of overall network lifetime of the rechargeable wireless sensor network. To resolve the issues mentioned above, we propose swarm intelligence based hard clustering approach using fireworks algorithm with the adaptive transfer function (FWA-ATF). In this work, the virtual clustering method has been applied in the routing process which utilizes the firework optimization algorithm. Still now, an FWA-ATF algorithm yet not applied by any researcher for RWSN. Furthermore, the validation study of the proposed method using the artificial neural network (ANN) backpropagation algorithm incorporated in the present study. Different algorithms are applied to evaluate the performance of proposed technique that gives the best results in this mechanism. Numerical results indicate that our method outperforms existing methods and yield performance up to 80% regarding energy consumption and vacation time of wireless charging vehicle.

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Wireless Powered Communication Networks: Research Directions and Technological Approaches

Cited by 204 publications

References 12 publications

IoT: Results of an experimental survey with NodeMCU 12e, TFT Nextion and RTC DS1307

IoT: Results of an experimental survey with NodeMCU 12e, TFT Nextion and RTC DS1307

Ultra-Small Cell Networks With Collaborative RF and Lightwave Power Transfer

Enhancement of RWSN Lifetime via Firework Clustering Algorithm Validated by ANN

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