Implementation of multi-channel technology in ZigBee wireless sensor networks

Cheng, Chia-Hsin; Ho, Chung-Ching

doi:10.1016/j.compeleceng.2015.10.002

Cited by 19 publications

(11 citation statements)

References 4 publications

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“…In this paper, CFAI methodology is proposed for improving the performance of ZigBee network which is operating in the vicinity of WiFi. From the results obtained it can be inferred that CFAI performs better when compared the existing methodologies like PSOLACES [7], K. Hong et al [26], FEC-CMCMAC [27] and CFMSS [28]. and when no interference mitigation is present.…”

Section: Discussionmentioning

confidence: 99%

“…It is exhibited that 8 meters between ZigBee and WiFi is considered as "secured" partition that can guarantee the better throughput for ZigBee. A multi-channel architecture in [26] was proposed for defeating the issue of concealed hubs and WLAN interference with the point of expanding packet delivery ratio (PDR). The Multi-Channel Cluster Tree (MCCT) convention with Adaptive Channel Access (ACA) calculation was proposed to decrease the effects of interference.…”

Section: Related Workmentioning

confidence: 99%

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A Collaborative Framework for Avoiding Interference Between Zigbee and WiFi for Effective Smart Metering Applications

Karwal¹,

Sahoo²

2018

ELS

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Energy management is one of the foremost priorities of research in many countries across the world. The introduction of modern information and communication technologies (ICT) are transforming the existing power grid, towards a more distributed and flexible "Smart Grid" (SG). The wireless sensor networks (WSN) are considered for data communication and are generally, incorporated with actuators to implement the control actions remotely. The wireless technologies like ZigBee (for automation), WiFi (for internet) and Bluetooth (entertainment) work in the 2.4GHz band. The coexistence of different wireless technologies working in the common area is unavoidable. Hence, this phenomenon degrades the performance of each other, due to the interference phenomenon. The wireless nodes with high energy had a great influence on the performance of the nodes working with low energy. Under the influence of interference, the low-power nodes experience the uncertain sleep-wake scheduling and increased delays in channel occupation. Interference also results in, high packet error rates (PER), decreased throughput, and high energy consumption. Hence for overcoming the above problems, A collaborative framework for an effective interference management and its avoidance is proposed in this paper. The framework proposed assures the effective ZigBee communication by systematic channel scheduling operating even under the influence of Wi-Fi. The work proposed performs better even under extreme interference conditions and the results obtained shows enriched performance.Index Terms-Advanced data communications, Home area networks, Interference, Smart meter, The 2.4GHz frequency band, Wi-Fi, ZigBee.

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Section: Discussionmentioning

confidence: 99%

Section: Related Workmentioning

confidence: 99%

A Collaborative Framework for Avoiding Interference Between Zigbee and WiFi for Effective Smart Metering Applications

Karwal¹,

Sahoo²

2018

ELS

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“…This is the case for ZigBee and Wi-Fi networks, since they typically work at the 2.4 GHz ISM band. Some approaches have been analyzed, in order to alleviate this issue, aimed at achieving a more robust communication [17,18]. The incipient IEEE 802.15.4e standard proposes a Medium Access Control (MAC) layer that supports collision-free wireless channel access mechanisms for industrial, commercial, and healthcare applications [19].…”

Section: Related Workmentioning

confidence: 99%

Building Wireless Control Applications with XBee and LabVIEW

et al. 2019

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This study analyzed the application of the XBee technology for control applications embedded in big machinery. In particular, it presented the control layout, topology, design of frames, and error control mechanisms that are required for implementing wireless control networked applications. This study was devoted to presenting experimental use cases of wireless control systems that help the scientific community to design and implement new control systems. Experimental tests were carried out over a Single Input Single Output (SISO) control application to evaluate its use in close loop applications. The results of these tests have been discussed in detail. In order to clarify the use of XBee in control applications, a high precision positioning application has been presented. It involved a piezoelectric actuator that was remotely controlled by means of a Proportional Integral (PI) controller, which was implemented in LabVIEW over a NI myRIO platform. Both the sensor and the actuators were connected with the NI myRIO by means of the XBee anthenae. The results showed that even though XBee technologies present some drawbacks, such as a lower performance when compared to wired connections and the influence of interferences, they have the potential to be used in some scenarios for non-critical control applications.

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“…Penelitian saya mengunakan systematic review, metode systematic riview adalah metode formal dalam menilai dan menafsirkan semua yang berkaitan dengan pertanyaan yang spesifik [7]. Systematik riview memiliki tiga tahapan : merencanakan review, melakukan review, dan melaporkan review.…”

Section: Metodologi Penelitianunclassified

Internet of Things Smart Agriculture on ZigBee: A Systematic Review

Hidayat¹

2017

InComTech

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AbstrakTeknologi WSN kini semakin meningkat diakhir-akhirnya dan banyak diterapkan diberbagai bidang. Salah satu dari penerapan WSN seperti pada Agiculture yang berbasis Internet of things. WSN ini contoh seperti ZigBee, penerapan ZigBee pada Agiculture sangat membantu pada berbagai bidang Agiculture dimulai dari system control irigasi, pemantauan iklim pada Agiculture serta pengendalian system control rantai makan pada system Agiculture. Internet of things ini mendukung system Agiculture untuk memberikan komunikasi pada sensor-sensor yang ada di Aguculture ini. Sistem Agiculture ini diharapkan bisa meningkatkan produktivitas maupun prediksi masalah yang ada di system pertanian. Systematic riview ini memberikan gambaran bahwa teknologi Internet of things di Agiculture sangat berpontensi baik karena dapat meningkat para petani dalam operasional produksi pangan maupun ternak.

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Implementation of multi-channel technology in ZigBee wireless sensor networks

Cited by 19 publications

References 4 publications

A Collaborative Framework for Avoiding Interference Between Zigbee and WiFi for Effective Smart Metering Applications

A Collaborative Framework for Avoiding Interference Between Zigbee and WiFi for Effective Smart Metering Applications

Building Wireless Control Applications with XBee and LabVIEW

Internet of Things Smart Agriculture on ZigBee: A Systematic Review

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