NEURAL NETWORK POTABLE WATER UPLIFT

Assistance required. I have the following parameters:

1. Quantity of potable water uplifted in the tank
2. Flight hours
3. No of Passengers
4. Rate of consumption per pax / hr
5. Amount of water consumed at the end of the flight

(a) How do I predict the optimized quantity of potable water for the flight based on the above parameters?

(b) How can I get Matlab to provide the predicted in actual figures?

Thank you.

Answer 1

[Anshuman]

To predict the optimized quantity of potable water for a flight based on the given parameters, you can follow these steps:

1. Calculate the total water consumption during the flight:

• Multiply the flight hours by the number of passengers and the rate of consumption per passenger per hour. This will give you the total water consumption in liters.

2. Determine the amount of water consumed at the end of the flight:

• Subtract the amount of water consumed at the end of the flight from the total water consumption calculated in step 1. This will give you the optimized quantity of potable water required for the flight.

To implement this in MATLAB and obtain the predicted quantity in actual figures, you can write a simple script or function. Here's an example:

% Input parameters
flightHours = 5;  % Flight duration in hours
numPassengers = 150;  % Number of passengers
consumptionRate = 0.5;  % Rate of consumption per passenger per hour in liters
waterConsumed = 200;  % Amount of water consumed at the end of the flight in liters

% Calculate total water consumption
totalConsumption = flightHours * numPassengers * consumptionRate;

% Calculate optimized quantity of potable water
optimizedQuantity = totalConsumption - waterConsumed;

% Display the result
disp(['Optimized quantity of potable water: ' num2str(optimizedQuantity) ' liters']);

Make sure to adjust the input parameters according to your specific scenario.

Hope it helps!