Titlebook: Industrial Networks and Intelligent Systems; 3rd International Co Yuanfang Chen,Trung Q. Duong Conference proceedings 2018 ICST Institute f

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Outage Probability Analysis of Single Energy Constraint Relay NOMA Networkode wishes to transmit two symbols to its two desired destinations directly and via the help of an intermediate energy constraint relay node, and the NOMA technique is applied in the transmission of both hops (from source to relay and from relay to destinations). For performance evaluation, we deriv

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APO

Study on the Effect of the Sensor Array on the Source Localization Performance in Shallow Watern performance is evaluated by using the White Noise Constraint (WNC) matching field processing (MFP) algorithm in this paper. The obtained results demonstrate that the quantity of the sensors influences on the accuracy of the localization performance that is estimated for the case of the fixed targe

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Evaluation on UiTiOt Container-Based Emulation Testbed to imitate the wireless network models over established wired network. Our testbed was developed based on a state-of-the-art technology called container-based virtualization. With our proposed design, we aim to provide researcher with the capability of running large-scale wireless/IoT experiments a

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Performance Analysis of Time-Switching Energy Harvesting Device-to-Device Link Underlying Small-Cellechniques. More specifically, we have a D2D transmitter and receiver underlying SCNs operating in closeness to a SCNs primary user (PU). We propose two scenarios, in the first scenario we harvest energy from all of the available SCN base stations (BSs). Whereas in the second scenario we select the b

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Secure Energy Harvesting Communications with Partial Relay Selection over Nakagami-m Fading Channels beacon can provide wireless energy for the source and relay. A time-switching-based (TS) radio frequency energy harvesting technique is deployed at the power beacon. An eavesdropper is able to wiretap to the signal transmitted from the source and the relays. The exact closed-form expression of secr

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