Regional Radiation Topology Algorithm for Mobile Sinks in Wireless Sensor Networks
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Abstract – Mobile sinks wireless sensor networks (MSWSNs) are composed of a large number of densely deployed sensor nodes with some data collection mobile devices (such as PDA or notebook) to collection sensing data from the networks. In this paper we investigate a novel routing mechanism for the mobile sinks that combine spatiotemporal topology which we called regional radiation topology algorithms to perform reliable communication and energy efficient for mobile sinks in wireless sensor networks. The regional radiation topology idea is inspiration by crystal electric ball that you can see in future teller’s shop. When you move your finger on the circumference of the crystal electric ball, it will connect the static electricity with the core. This phenomenon similar as mobile sinks walk through the sensor networks. The presented approach is validated and evaluate in a simulation environment. We have conducted a simulation study to our work using the GTNetS simulator. Our simulation re
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Abstract – Mobile sinks wireless sensor networks (MSWSNs) are composed of a large number of densely deployed sensor nodes with some data collection mobile devices (such as PDA or notebook) to collection sensing data from the networks. In this paper we investigate a novel routing mechanism for the mobile sinks that combine spatiotemporal topology which we called regional radiation topology algorithms to perform reliable communication and energy efficient for mobile sinks in wireless sensor networks. The regional radiation topology idea is inspiration by crystal electric ball that you can see in future teller’s shop. When you move your finger on the circumference of the crystal electric ball, it will connect the static electricity with the core. This phenomenon similar as mobile sinks walk through the sensor networks. The presented approach is validated and evaluate in a simulation environment. We have conducted a simulation study to our work using the GTNetS simulator. Our simulation re
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