BER, Throughput, Energy Efficiency Performance Analysis of Proposed Different Systems in Wireless Sensor Network | ||
| Engineering and Technology Journal | ||
| Article 1, Volume 34, 11A, November 2016, Pages 1970-1978 PDF (839.37 K) | ||
| DOI: 10.30684/etj.34.11A.5 | ||
| Authors | ||
| il A. H. Hadi; Safa A. A. Abass | ||
| Abstract | ||
| One of the major weakness of Wireless Sensor Networks is the energy consumption because of limited battery resource and battery replacement or recharging difficulty. The research presented in this paper aims to reduce the energy consumption in the physical layer because most the energy consumption occurred in this layer. This reduction will be achieved via the use of ZigBee transceiver standard at the physical layer under 2.4GHz frequency band with the reduced complexity and lower power consumption than other techniques used in Wireless Sensor Network. Furthermore, such use will also enhance energy efficiency, bit error rate, and throughput of the wireless sensor network. In this paper, three different systems have been proposed according to the type of transceiver technique used in wireless sensor network. System1 uses ZigBee transceiver standard over the wireless sensor network without any additional technique whereas system2 uses ZigBee transceiver with Convolutional Coding over the WSNs model. On the other hand, system3 uses the ZigBee transceiver with both diversity techniquesVirtual Multi-Input Multi-Output and with Convolutional Coding over the wireless sensor network model. The simulation of matlab results show that system3 achieves the best energy efficiency performance compared with the other two systems at lower quality of channel. System2 achieves the best energy efficiency performance at medium quality of channel, and system1 achieves better energy efficiency at high quality of channel. | ||
| Keywords | ||
| Wireless sensor networks; IEEE; ZigBee; Convolutional Coding; Virtual Multi; Input Multi; Output; MIMO; Forward error correction | ||
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