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Each multimedia sensor node can adjust the transmission power to save energy consumption and the links are symmetrical.
When a mobile multimedia sensor node (MMN) moves in MMSNs, it periodically sends a multimedia flow at a new location.
In order to achieve the energy equilibrium, we first need to know the remaining energy of each multimedia sensor node.
In this paper, we propose mobile multimedia sensor networks (MMSNs) where mobile multimedia sensor node (MMN) is exploited to enhance the sensor network's capability for event description.
Though the mobility of multimedia sensor node provides the advantage, the network topology becomes dynamic, which brings difficulties in both the data communication and data management.
In addition, there is a mobile multimedia sensor node, which is equipped with camera, as shown in Figure 2. To save energy, mobile node is powered off if no tasks are detected.
Similar(54)
In wireless multimedia sensor networks (WMSNs), N multimedia sensor nodes were deployed.
Multimedia sensor nodes complete monitoring task and send their data to gateway nodes.
Similar to [14], we use Markov chain to simulate the working states of multimedia sensor nodes.
In MMSNs, multimedia sensor nodes can provide more comprehensive information such as pictures, text message, audio or videos.
In order to reduce energy consumption, transmit power level should be set as for all multimedia sensor nodes.
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