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Simulation and Visualization of Acoustic Underwater Sensor | Underwater wireless sensor network
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In this project, we create Three Scenario
Scenario 1 : We construct a underwater wireless sensor network (USWN) by using a N Sensor Nodes and 1 Sink Nodes with the configuration of packet size -64 bytes and speed of nodes - 1m/s. During the network configuration all nodes are configurwed based on acoustic with the models.All the sensor nodes act as a source node and the sink nodes act as destination. Next, select the routing protocl from the option. In this Step the user can select routing protocol from the option. In this step the user can select the protocol from the option from the list like VBF, HHVBF, DBR and EEDBR. After selecting the option, we can select the path based on the protocol process. Next, Perform the packet transmission between the source and the destination sink nodes. Finally the performance of this research is evaluated using the following metrics
Throughput vs No of Nodes.
Packet Delivery Ratio vs Number of Nodes
Packet Loss Ratio Vs No of Nodes
Energy Consumption vs Number of Nodes
Scenario 2 : We construct underwater wireless sensor network by using 150 sensor nodes and 1 sink nodes with the configuration of packets size N bytes and speed of 1m/s. During the network configuration all nodes are configured based on acoustic with the models. Next all the sensor nodes act as a source node and the sink nodes act as destination. NExt select the routing protocol from the option. In this step the user can select the protocol from the option. In this Step the user can select the routing protocol option from the list like VBF, HHVBF, DBR and EEDBR.Next we perform the packet transmission between the source ( Sensor nodes) and Destination (Sink Nodes).Finally the performance metrics is evaluated using the following metric throughput vs packet size, packet delivery ratio vs packet size, packet loss ratio v/s packet size and energy consumption of nodes v/s packet size.
In Scenario 3 , We construct underwater wireless sensor network (UWSN) by using 150 sensor nodes and 1 sink nodes with the configuration of packets size 64 bytes and speed of nodes 1 m/s. During the network configuration all nodes are configured based on acoustic with the models.Next we perform the packet transmission between the source ( Sensor nodes) and Destination (Sink Nodes).Finally the performance metrics is evaluated using the following metric throughput vs packet size, packet delivery ratio vs packet size, packet loss ratio v/s packet size and energy consumption of nodes v/s packet size.
Scenario 1 : We construct a underwater wireless sensor network (USWN) by using a N Sensor Nodes and 1 Sink Nodes with the configuration of packet size -64 bytes and speed of nodes - 1m/s. During the network configuration all nodes are configurwed based on acoustic with the models.All the sensor nodes act as a source node and the sink nodes act as destination. Next, select the routing protocl from the option. In this Step the user can select routing protocol from the option. In this step the user can select the protocol from the option from the list like VBF, HHVBF, DBR and EEDBR. After selecting the option, we can select the path based on the protocol process. Next, Perform the packet transmission between the source and the destination sink nodes. Finally the performance of this research is evaluated using the following metrics
Throughput vs No of Nodes.
Packet Delivery Ratio vs Number of Nodes
Packet Loss Ratio Vs No of Nodes
Energy Consumption vs Number of Nodes
Scenario 2 : We construct underwater wireless sensor network by using 150 sensor nodes and 1 sink nodes with the configuration of packets size N bytes and speed of 1m/s. During the network configuration all nodes are configured based on acoustic with the models. Next all the sensor nodes act as a source node and the sink nodes act as destination. NExt select the routing protocol from the option. In this step the user can select the protocol from the option. In this Step the user can select the routing protocol option from the list like VBF, HHVBF, DBR and EEDBR.Next we perform the packet transmission between the source ( Sensor nodes) and Destination (Sink Nodes).Finally the performance metrics is evaluated using the following metric throughput vs packet size, packet delivery ratio vs packet size, packet loss ratio v/s packet size and energy consumption of nodes v/s packet size.
In Scenario 3 , We construct underwater wireless sensor network (UWSN) by using 150 sensor nodes and 1 sink nodes with the configuration of packets size 64 bytes and speed of nodes 1 m/s. During the network configuration all nodes are configured based on acoustic with the models.Next we perform the packet transmission between the source ( Sensor nodes) and Destination (Sink Nodes).Finally the performance metrics is evaluated using the following metric throughput vs packet size, packet delivery ratio vs packet size, packet loss ratio v/s packet size and energy consumption of nodes v/s packet size.
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