Method for optimizing aviation radiation and dose monitoring system

A dose monitoring system comprising:

• an airline data module;
• a dose calculation module;
• and
• a flight scheduler module,
• the airline data module being configured to provide flight-relevant data including at least one staff schedule and several flight schedules from different airplanes and different aircrews, the airline data module being further configured to forward the flight-relevant data to the dose calculation module for calculating an expected radiation dose,
• the dose calculation module being configured to gather radiation data including at least a current radiation field assigned to the at least one flight schedule, historical radiation data assigned to the flight-relevant data and a radiation dose threshold and to process the radiation data, the dose calculation module being further configured to calculate an expected radiation dose based on the radiation data and the flight-relevant data and to determine an absolute radiation dose to which the airplane and/or the aircrew will be exposed in a certain period, while taking the expected radiation dose for the flight scheduled into account, and
• the flight scheduler module being configured to receive the flight-relevant data and the radiation data, the flight scheduler module being further configured to modify the flight-relevant data in order to obtain optimized flight-relevant data with regard to the expected radiation dose and to ensure that the radiation dose distribution of individual staff members, aircrews and airplanes is as equal as possible;
• the flight-relevant data further including a flight altitude;
• each of the airline data module, the dose calculation module and the flight scheduler module are accessed on their own by a mobile device;
• the current radiation field is adapted to be measured by a satellite and/or by an earth-based measurement station which is adapted to send measurement data to a radiation model supplier and the radiation model supplier is adapted to send the current radiation field to the dose monitoring system,
• optimization of flight relevant data is triggered every time a current radiation field is sent from the radiation model supplier and received by the dose calculation module,
• the flight scheduler module comprises a machine-learning module, wherein the machine-learning module is trained for optimizing the flight-relevant data and learn from earlier optimization procedures,
• the optimized flight relevant data being calculated during the flight of the airplane, the flight relevant data and the radiation data is updated periodically, in real-time,
• the flight relevant data being transferred to the airplane,
• the mobile device being adapted to send user-adjusted flight-relevant data to a request module, which then is transmitted to the dose calculation module and the flight scheduler module, the user-adjusted flight-relevant data is taken into account by the flight scheduler module and is identified as being optimized flight-relevant data,
• once the expected radiation dose raises the radiation dose above a radiation dose threshold, a warning is given by the flight scheduler module, wherein for components of the respective airplane, the respective radiation dose threshold is different than for the staff members,
• the radiation dose being determined for the components of the airplane and for the members of the staff, wherein the warnings are given in respect to individual members of the staff and/or the airplane,
• the radiation dose of the airplane being tracked and planning necessary maintenance or exchange of components of the airplane is performed.