Amr Al-Awamry | Benha University (original) (raw)
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Papers by Amr Al-Awamry
International Journal of Engineering & Technology, Apr 30, 2018
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Sensor networks are formed from a collection of sensing nodes which communicate with one another,... more Sensor networks are formed from a collection of sensing nodes which communicate with one another, typically through wireless channels, in order to collect spatially distributed data about their environment. Sensor nodes are operating on battery power with a limited energy resources. The energy consumption is one of the most important issues and the designing of the energy consumption protocol is very critical for prolonging the lifetime. This paper introduces the LEACH routing protocol in Homogenous & Heterogeneous system supported by simulation and analysis of the results. From the brief analysis of the simulation we have come to the conclusion that LEACH Heterogeneous System provides a good performance in energy consumption and increasing the level in lifetime of the wireless sensor networks than LEACH Homogeneous System.
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A wireless sensor network contains a set of sensor devices that are usually operating on battery ... more A wireless sensor network contains a set of sensor devices that are usually operating on battery power with a limited energy resources and due to the dimensionality of these networks, replacing the batteries is a complicated task. Thus energy efficiency is one of the most important issues and designing energy efficient protocols is critical for prolonging the lifetime. This paper introduces a two routing protocols namely, LEACH and EAMMH in Homogenous & Heterogeneous system supported by simulation scripts, and analysis of the results against known metrics with energy and network lifetime being major among them. Simulation results using MATLAB shows that the proposed EAMMH in Homogenous & Heterogeneous system significantly reduces energy consumption and increases the total lifetime of the wireless sensor network.
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Bookmarks Related papers MentionsView impact
Bookmarks Related papers MentionsView impact
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International Journal of Engineering & Technology, Apr 30, 2018
Bookmarks Related papers MentionsView impact
Sensor networks are formed from a collection of sensing nodes which communicate with one another,... more Sensor networks are formed from a collection of sensing nodes which communicate with one another, typically through wireless channels, in order to collect spatially distributed data about their environment. Sensor nodes are operating on battery power with a limited energy resources. The energy consumption is one of the most important issues and the designing of the energy consumption protocol is very critical for prolonging the lifetime. This paper introduces the LEACH routing protocol in Homogenous & Heterogeneous system supported by simulation and analysis of the results. From the brief analysis of the simulation we have come to the conclusion that LEACH Heterogeneous System provides a good performance in energy consumption and increasing the level in lifetime of the wireless sensor networks than LEACH Homogeneous System.
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A wireless sensor network contains a set of sensor devices that are usually operating on battery ... more A wireless sensor network contains a set of sensor devices that are usually operating on battery power with a limited energy resources and due to the dimensionality of these networks, replacing the batteries is a complicated task. Thus energy efficiency is one of the most important issues and designing energy efficient protocols is critical for prolonging the lifetime. This paper introduces a two routing protocols namely, LEACH and EAMMH in Homogenous & Heterogeneous system supported by simulation scripts, and analysis of the results against known metrics with energy and network lifetime being major among them. Simulation results using MATLAB shows that the proposed EAMMH in Homogenous & Heterogeneous system significantly reduces energy consumption and increases the total lifetime of the wireless sensor network.
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Bookmarks Related papers MentionsView impact
Bookmarks Related papers MentionsView impact
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