Zigbee Based Reconfigurable Clustered Home Area Network

Khan, Saad Ahmad; Khan, Farida; Shahid, Arslan; Khan, Zulfiqar Ahmad

doi:10.1109/sensorcomm.2009.13

Cited by 8 publications

(3 citation statements)

References 13 publications

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“…Advantages of using ZigBee in HANs include:  Highly secured connection which utilizes 128-bit AES encryption [12], [13].  Low power consumption allows for batteries for longer lifetime (100-1000 days) and reduced energy consumption [12]- [15].  ZigBee network is reliable since it avoids collision, conflict and competition between nodes [13].…”

Section: A Zigbee Technologymentioning

confidence: 99%

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Smart Home Area Networks Protocols within the Smart Grid Context

Hafeez¹,

Kandil²,

Al-Omar³

et al. 2014

JCM

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Internet of things (IoT) applications are becoming one of the emerging smart grid enabling technologies. Smart home appliances are one the beneficiary of such applications. Machine-to-Machine and Man-to-Machine are the basic IoT communication platforms that enable home appliances to communicate with each other to be more efficiently operated. In a recent search for the IoT communication protocols that are utilized in smart home appliances, there was no inclusive reference that contains and describes the smart home area networks and guides the research and development (R&D) professionals to select the suitable protocol for an application. This paper presents a comprehensive review of the home area network (HAN) communication protocols that are used to enable bidirectional communication between the home owners, utilities and smart home appliances. The paper presents the most utilized HANs wired and wireless communication protocols and discusses their characteristics, advantages and disadvantages. Index Terms-ZigBee, Wi-Fi, RFID, power line carrier, SPI, I 2 C RS485 I. INTRODUCTION One of the most important and rapidly evolving the technologies in electrical power system is the smart grid. The smart grid is a system of systems that integrates information and communication networks technologies with the traditional electrical power grid. This integration empowers utilities and consumers with bidirectional power flow and communication to better monitor, control and manage electrical power generation, transmission, distribution and consumption. From the communication point of view, the smart grid conceptual model consists of three major communication networks namely; wide area networks, local area networks and consumer area networks. Each one of these networks serves one of the electrical power domains namely; bulk generation and transmission domain, distribution domain and customers' domain respectively. Fig. 1 shows the smart grid communication networks that are mapped with the aforementioned electrical power grid domains [l]-[3]. The wide area network consists of the following sub communication networks:

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Section: A Zigbee Technologymentioning

confidence: 99%

“… ZigBee network is reliable since it avoids collision, conflict and competition between nodes [13].  ZigBee has a short delay latency from 15ms to 30ms  Capacity ZigBee allows controlling a large network from a specific 'coordinator' [15].  ZigBee protocol has self-organizing networking capabilities [6].…”

Section: A Zigbee Technologymentioning

confidence: 99%

Smart Home Area Networks Protocols within the Smart Grid Context

Hafeez¹,

Kandil²,

Al-Omar³

et al. 2014

JCM

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“…Khan et al [12] propose the adoption of ZigBee as the communication technology for home area networks managed by a single coordinator, i.e. a single node able to command and monitor different devices, and to interface the indoor home network to the external internet.…”

Section: Proposed Han Architecturesmentioning

confidence: 99%

Integrated Multimedia and Sensor Data Management in Heterogeneous Home Networks: a Concept Proposal

Spinsante

Gambi

2010

JCOMSS

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Home Area Networks designed for the delivery of both multimedia contents (e.g. TV programs, movies, music) and home automation services (e.g. household appliances commands, lighting and surveillance controls) are becoming widespread, especially thanks to the latest developments in wireless sensor and communication devices. This kind of networks, however, represents a new challenge for the networking field, particularly with respect to the integration of many different home and building automation solutions, that are not originally conceived to coexist and exchange data. Consequently, it is necessary to introduce an operational infrastructure able to interconnect differentdevices on the same communication link, or over different links, by means of a single user interface and a unified intelligence, thus making possible a complete and efficient management of the system. This paper outlines the main components in the design of an integrated home network architecture based on both commercial and customized devices developed ad-hoc, and provides preliminary results about the performance obtainable in the delivery of different data flows. The convergence of many differentiated services over IP-based architectures dramatically increases the amount of IP traffic to be delivered to the clients, so that Quality of Service management issues arise, and are to be taken into account.

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ZigBee based Small-World Home Area Networking for Decentralized Monitoring and Control of Smart Appliances

Das

Bera

2021

2021 5th International Conference on Smart Grid and Smart Cities (ICSGSC)

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Zigbee Based Reconfigurable Clustered Home Area Network

Cited by 8 publications

References 13 publications

Smart Home Area Networks Protocols within the Smart Grid Context

Smart Home Area Networks Protocols within the Smart Grid Context

Integrated Multimedia and Sensor Data Management in Heterogeneous Home Networks: a Concept Proposal

ZigBee based Small-World Home Area Networking for Decentralized Monitoring and Control of Smart Appliances

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