The low-pressure alarm has been implemented by extending the controller in order to let it compute the maximum value reached by the estimated tidal volume in 2 subsequent cycles.
This way, the complexity of the computation is factored out from the FSM.
The low-pressure alarm has been implemented by extending the controller in order to let it compute the maximum value reached by the estimated tidal volume in 2 subsequent cycles.
This way, the complexity of the computation is factored out from the FSM.