Hybrid Spread Spectrum based Smart Meter Network using Fast Frequency Hopping | Zendy

Aditya Kothari | Zendy; Manish Panchal | Zendy; Rekha Jain | Zendy

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Hybrid Spread Spectrum based Smart Meter Network using Fast Frequency Hopping

Author(s) -

Aditya Kothari,

Manish Panchal,

Rekha Jain

Publication year - 2014

Publication title -

international journal of computer applications

Language(s) - English

Resource type - Journals

ISSN - 0975-8887

DOI - 10.5120/17501-8043

Subject(s) - computer science , frequency hopping spread spectrum , metre , telecommunications , spectrum (functional analysis) , spread spectrum , frequency spectrum , spectral density , physics , channel (broadcasting) , astronomy , quantum mechanics

Smart metes used in electric grids need a dedicated network that should be highly reliable & cost effective. Various techniques like 3G cellular have been proposed to improve efficiency of this smart grid electric meter network. For distribution of proper information in smart grid system Hybrid Spread Spectrum using slow frequency technology is also better choice. To improve the performance of this network in the terms of throughput and number of smart meter per data aggregation point (DAP), we have proposed HSS-FFH (to implement AMI) method. These techniques give better result in terms of coverage high density population area & interference immunity.

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