A Proposition of Mobile Ad hoc Network for Underwater
Abstract: This is a proposition of a wide network in the ocean or sea. This is not particularly an
underwater construction but an infrastructure providing a specimen of ad hoc network's application on water. This work actually a work-in-progress. It has not experimentally tested yet. The structure tests the connection and flow-control of water. We will construct several self-organizing, round-shaped network nodes that can float above water. We will construct an internal electricity connection and wireless router for internet connectivity. The electricity of the node can control the flow of water while the nodes operate within themselves to establish the connection. This is a simple proposition and a general overview of how the internet can work over the network. Vehicles may want to connect to the network. For this connection, water-nodes provide a wireless sensor to detect devices. After nodes are connected via network sensors, they use the internet through the water nodes. The network provider should provide data to these water nodes. A central node within reach can work as a data provider or satellite can be used for providing data.
Proposition: We are envisioning to model the network using some round shaped network node which
has wireless sensor, wireless router and electricity built inside the node. Nodes are capable to transfer
electricity through water to control the flow of water. There may be small chip inside nodes running program on PDE (Partial Differential Equations). These are necessary for elasticity and may control the flow of water.
underwater construction but an infrastructure providing a specimen of ad hoc network's application on water. This work actually a work-in-progress. It has not experimentally tested yet. The structure tests the connection and flow-control of water. We will construct several self-organizing, round-shaped network nodes that can float above water. We will construct an internal electricity connection and wireless router for internet connectivity. The electricity of the node can control the flow of water while the nodes operate within themselves to establish the connection. This is a simple proposition and a general overview of how the internet can work over the network. Vehicles may want to connect to the network. For this connection, water-nodes provide a wireless sensor to detect devices. After nodes are connected via network sensors, they use the internet through the water nodes. The network provider should provide data to these water nodes. A central node within reach can work as a data provider or satellite can be used for providing data.
Proposition: We are envisioning to model the network using some round shaped network node which
has wireless sensor, wireless router and electricity built inside the node. Nodes are capable to transfer
electricity through water to control the flow of water. There may be small chip inside nodes running program on PDE (Partial Differential Equations). These are necessary for elasticity and may control the flow of water.
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