Performance Analysis of Monostatic Multi-Tag Backscatter Systems With General Order Tag Selection

Al-Badarneh, Yazan H.; Alouini, Mohamed‐Slim; Georghiades, C.N.

doi:10.1109/lwc.2020.2985360

Cited by 21 publications

(13 citation statements)

References 12 publications

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“…• Monostatic Backscatter communications systems An MBCS consists of a backscatter transmitter and a reader -Fig. 2 (a) [23], [30]. The reader has co-located an RF source and a backscatter receiver.…”

Section: B Backscatter Communicationsmentioning

confidence: 99%

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Large-Scale Wireless-Powered Networks With Backscatter Communications—A Comprehensive Survey

Rezaei

Tellambura

Herath

2020

IEEE Open J. Commun. Soc.

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Massive and ubiquitous deployment of devices in networks of fifth generation (5G) and beyond wireless has necessitated the development of ultra-low-power wireless communication paradigms. Recently, wireless-powered networks with backscatter communications (WPN-BCs) has been emerged as a most prominent technology for enabling large-scale selfsustainable wireless networks with the capabilities of RF energy harvesting (EH) and of extreme low power consumption. Therefore, we provide a comprehensive literature review on the fundamentals, challenges and the on-going research efforts in the domain of WPN-BCs. Our emphasis is on large-scale networks. In particular, we discuss signal processing aspects, network design issues and efficient communication techniques. Moreover, we review emerging technologies for WPN-BCs to bring about the best use of resources. Some applications of this innovative technology are also highlighted. Finally, we address some open research problems and future research directions.

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Section: B Backscatter Communicationsmentioning

confidence: 99%

“…In particular, decentralized MAC protocols where the nodes are communicating in a distributed way need further investigations. To this end, cooperation among devices, tag-selection [30], and scheduling algorithms guaranteeing fairness are important issues to be addressed.…”

Section: Multiple-access Schemes and Protocolsmentioning

confidence: 99%

Large-Scale Wireless-Powered Networks With Backscatter Communications—A Comprehensive Survey

Rezaei

Tellambura

Herath

2020

IEEE Open J. Commun. Soc.

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“…To solve this optimization problem, a two-stage algorithm is proposed to obtain the optimal control policy. In [32], the authors investigate the throughput and bit error rate for a monostatic multi-tag backscatter communication system and proposed a general order tag selection criterion based on SNR. For the considered multi-tag system, the achievable rate and average bit error ratio are derived under a statistical delay constraint.…”

Section: B Analysis Of Expected Regret For Cmab-smentioning

confidence: 99%

Access Control for Ambient Backscatter Enhanced Wireless Internet of Things

Long

Feng

Qin

et al. 2022

IEEE Trans. Wireless Commun.

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Beyond fifth-generation (B5G) and future networks face the challenges of spectral, energy and cost efficiency for large-scale machine-type communications. Recently, emerging ambient backscatter communication (AmBC) technology provides a promising paradigm for the development of green Internet of Things (IoT) networks in B5G era. Unlike existing work on AmBC which mostly focuses on physical layer with relatively ideal model, i.e., classic three-nodes model composed of radio frequency (RF), backscatter device (BD) and IoT device, this paper studies the access control strategy, including coefficient design and device association, from the perspective of networking. Assuming whether channel information is available a-priori, we propose online and offline access control strategies respectively. For offline access control strategy, we leverage the difference of two convex functions approximation (DCA) and dual decomposition to transform the non-concave optimization problem into the concave one, and design a distributed access control strategy called DCA-S. Furthermore, for the case that channel information is assumed to be unknown in advance due to the dynamics of primary and backscatter networks, we design a combinatorial multi-armed bandit (CMAB) access control strategy (CMAB-S). Numerical results show that the proposed DCA-S and CMAB-S can achieve significant performance improvement of the system in both cases of available and unavailable channel information compared with benchmark schemes.

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“…In [ 21 ] the first and second order statistics of the fading are derived for both time-invariant and time-variant channels and used to build a Markov chain model of an ALOHA-based RFID system. A theoretical analysis of throughput and bit error rate for multi-tag systems, including propagation channel statistics, has been performed in [ 22 ]. Capture effect has also been included in recent studies dealing with cross-layer performance analysis of ALOHA-type one-way communications.…”

Section: Introductionmentioning

confidence: 99%

Exploiting Capture Diversity for Performance Enhancement of ALOHA-Based Multi-Static Backscattering Systems in the 6G Perspective

Valentini

Marco

Santucci

2021

Sensors

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In this paper, we consider the emerging context of ALOHA-based multi-static backscattering communication systems. By assuming an architecture consisting of a set of passive backscattering nodes, an illuminator, and a set of spatially dislocated receivers, we firstly propose a cross-layer framework for performance analysis. The model jointly accounts for the shared wireless channel, including fading and capture effect, and channel contention strategy, which is regulated by a Framed Slotted ALOHA protocol. Furthermore, based on the inherent macroscopic diversity offered by the multi-static settings, we introduce the concept of capture diversity, which is shown to enable multiple packet detection in slots with multiple transmissions. In order to characterize the multiple access interference and approximate the capture probabilities, we enforce a log-normal approximation of the inverse Signal-to-Interference Ratio that relies on moment matching. Numerical results show the impact of deployment scenarios and the relative positions of illuminator, backscattering nodes, and receivers on the system normalized throughput. We show how the number of detection points impacts the system performance under various channel conditions. Moreover, the accuracy of the proposed approximation rationale is validated via Monte Carlo simulations. Finally, we analyze the optimal frame length in the presence of capture diversity.

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Performance Analysis of Monostatic Multi-Tag Backscatter Systems With General Order Tag Selection

Cited by 21 publications

References 12 publications

Large-Scale Wireless-Powered Networks With Backscatter Communications—A Comprehensive Survey

Large-Scale Wireless-Powered Networks With Backscatter Communications—A Comprehensive Survey

Access Control for Ambient Backscatter Enhanced Wireless Internet of Things

Exploiting Capture Diversity for Performance Enhancement of ALOHA-Based Multi-Static Backscattering Systems in the 6G Perspective

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