Integrated Design and Verification of Civil Aircraft Cockpit Crew Alerting System Based on System Engineering
Kai Li, Pianpian Zuo
Abstract
Open-access reader
Kai Li, Pianpian Zuo
Abstract
Open-access reader
Abstract The cockpit crew alerting system is an important part of the modern cockpit and the only channel for the flight crew to obtain the status of the aircraft system. With the development of avionics, aircraft systems are becoming more and more complex, and more and more information needs to be obtained by the flight crew through the cockpit crew alerting system. So, how to make the flight crew correctly and efficiently obtain the required information becomes the design difficulty of the cockpit crew alerting system. This paper applies system engineering theory and methods to propose a forward design and verification method for the cockpit crew alerting system. This method reduces design changes due to incomplete demand capture, reduces product development costs, and provides a reference for the integrated design and airworthiness verification of the cockpit crew alerting system in the future.
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Abstract The cockpit crew alerting system is an important part of the modern cockpit and the only channel for the flight crew to obtain the status of the aircraft system. With the development of avionics, aircraft systems are becoming more and more complex, and more and more information needs to be obtained by the flight crew through the cockpit crew alerting system. So, how to make the flight crew correctly and efficiently obtain the required information becomes the design difficulty of the cockpit crew alerting system. This paper applies system engineering theory and methods to propose a forward design and verification method for the cockpit crew alerting system. This method reduces design changes due to incomplete demand capture, reduces product development costs, and provides a reference for the integrated design and airworthiness verification of the cockpit crew alerting system in the future.
Key concepts: Cockpit, Crew, Avionics, Aeronautics, Airworthiness, Engineering, Flight simulator, Systems engineering