Department of Business Development and Technology

Nidhi ..

Neighborhood Area Network for Smart Grids Implementing IEEE 802.15.4g

Research output: Book/anthology/dissertation/reportBookResearchpeer-review

Standard

Neighborhood Area Network for Smart Grids Implementing IEEE 802.15.4g. / .., Nidhi; Patra, Sarat Kumar; Gupta, Bharat.

Scholars' Press, 2017. 100 p.

Research output: Book/anthology/dissertation/reportBookResearchpeer-review

Harvard

APA

.., N., Patra, S. K., & Gupta, B. (2017). Neighborhood Area Network for Smart Grids Implementing IEEE 802.15.4g. Scholars' Press.

CBE

.. N, Patra SK, Gupta B 2017. Neighborhood Area Network for Smart Grids Implementing IEEE 802.15.4g. Scholars' Press. 100 p.

MLA

.., Nidhi, Sarat Kumar Patra and Bharat Gupta Neighborhood Area Network for Smart Grids Implementing IEEE 802.15.4g Scholars' Press. 2017.

Vancouver

.. N, Patra SK, Gupta B. Neighborhood Area Network for Smart Grids Implementing IEEE 802.15.4g. Scholars' Press, 2017. 100 p.

Author

.., Nidhi ; Patra, Sarat Kumar ; Gupta, Bharat. / Neighborhood Area Network for Smart Grids Implementing IEEE 802.15.4g. Scholars' Press, 2017. 100 p.

Bibtex

@book{277d0bfa8ca644999a5173ad5afdca00,
title = "Neighborhood Area Network for Smart Grids Implementing IEEE 802.15.4g",
abstract = "Smart Grids are modern versions of the existing grids with an add-on intelligence for an cost-effective and green electric grid network. It amalgamates Information and Communication Technologies in different domains of power grids namely generation, transmission, distribution and consumption by incorporating full-duplex communications till the last-mile node in the distribution networks. SGNs are composed of network areas namely Home, Neighborhood and Wide Area Networks defining its architectural boundaries for communication. NAN is composed regional networks having number of HANs and is enable to provide distributed automation. NANs form the major actors in the Distribution domains. Recently developed standard IEEE 802.15.4g (a PHY and MAC amendment to 802.15.4) will be suitable for large scale deployment of low-data-rate wireless networks, specifically the smart metering utility networks. Smart Utility Networks (SUN) PHY are provided with a wide range of frequencies ranging from 450 MHz to 2.4 GHz in different operating modes. This will provide Smart Grids with unmatched features.",
author = "Nidhi .. and Patra, {Sarat Kumar} and Bharat Gupta",
year = "2017",
language = "English",
isbn = "3330650060",
publisher = "Scholars' Press",

}

RIS

TY - BOOK

T1 - Neighborhood Area Network for Smart Grids Implementing IEEE 802.15.4g

AU - .., Nidhi

AU - Patra, Sarat Kumar

AU - Gupta, Bharat

PY - 2017

Y1 - 2017

N2 - Smart Grids are modern versions of the existing grids with an add-on intelligence for an cost-effective and green electric grid network. It amalgamates Information and Communication Technologies in different domains of power grids namely generation, transmission, distribution and consumption by incorporating full-duplex communications till the last-mile node in the distribution networks. SGNs are composed of network areas namely Home, Neighborhood and Wide Area Networks defining its architectural boundaries for communication. NAN is composed regional networks having number of HANs and is enable to provide distributed automation. NANs form the major actors in the Distribution domains. Recently developed standard IEEE 802.15.4g (a PHY and MAC amendment to 802.15.4) will be suitable for large scale deployment of low-data-rate wireless networks, specifically the smart metering utility networks. Smart Utility Networks (SUN) PHY are provided with a wide range of frequencies ranging from 450 MHz to 2.4 GHz in different operating modes. This will provide Smart Grids with unmatched features.

AB - Smart Grids are modern versions of the existing grids with an add-on intelligence for an cost-effective and green electric grid network. It amalgamates Information and Communication Technologies in different domains of power grids namely generation, transmission, distribution and consumption by incorporating full-duplex communications till the last-mile node in the distribution networks. SGNs are composed of network areas namely Home, Neighborhood and Wide Area Networks defining its architectural boundaries for communication. NAN is composed regional networks having number of HANs and is enable to provide distributed automation. NANs form the major actors in the Distribution domains. Recently developed standard IEEE 802.15.4g (a PHY and MAC amendment to 802.15.4) will be suitable for large scale deployment of low-data-rate wireless networks, specifically the smart metering utility networks. Smart Utility Networks (SUN) PHY are provided with a wide range of frequencies ranging from 450 MHz to 2.4 GHz in different operating modes. This will provide Smart Grids with unmatched features.

M3 - Book

SN - 3330650060

BT - Neighborhood Area Network for Smart Grids Implementing IEEE 802.15.4g

PB - Scholars' Press

ER -