The Flood Monitoring System proposal suggests an autonomous system that can manage the measurement and logging of water levels independently. By using predetermined trigger points, the system can wirelessly transmit signals to receiver nodes. These nodes can control LED signs and flashers, as well as communicate with traffic controllers to prevent vehicles from entering flood-prone areas. The system's communication frequency of 915 MHz is chosen to ensure reliable signal transmission that is not blocked by trees or buildings. The system also offers flexibility by allowing additional receiver nodes to be installed at different locations in the future, should the city choose to expand its warning system.
The Flood Monitoring System proposal suggests an autonomous system that can manage the measurement and logging of water levels independently. By using predetermined trigger points, the system can wirelessly transmit signals to receiver nodes. These nodes can control LED signs and flashers, as well as communicate with traffic controllers to prevent vehicles from entering flood-prone areas. The system's communication frequency of 915 MHz is chosen to ensure reliable signal transmission that is not blocked by trees or buildings. The system also offers flexibility by allowing additional receiver nodes to be installed at different locations in the future, should the city choose to expand its warning system.
The Flood Monitoring System proposal suggests an autonomous system that can manage the measurement and logging of water levels independently. By using predetermined trigger points, the system can wirelessly transmit signals to receiver nodes. These nodes can control LED signs and flashers, as well as communicate with traffic controllers to prevent vehicles from entering flood-prone areas. The system's communication frequency of 915 MHz is chosen to ensure reliable signal transmission that is not blocked by trees or buildings. The system also offers flexibility by allowing additional receiver nodes to be installed at different locations in the future, should the city choose to expand its warning system.
a diagram showing the process of a magnetic field
an illustration of a road with traffic cones on it
a diagram of a system that monitors the water
a diagram of a bridge with a non - tyre gas line