Intelligent Avionics System Onboard An Aircraft Enhancing Communication

Abstract

Communications connect the flight deck to the ground and the flight deck to the passengers. On-board communications are provided by public-address systems and aircraft intercoms. Inefficient communication may lead to a catastrophe risking lives and resources. SKYVOIX, an intelligent system on board that enhances safety and improves the communication of the aircraft by reducing human error and increasing the awareness. The system is intended to be centralized and installed in addition to the current systems. With high air traffic and busy airspace, the transmissions are often misheard causing communication failure which is undesirable. A backup for enabling communication with the ground in emergencies is required which ensures active transmissions and is intelligent enough to handle the gravity of situation. The passengers who are often unaware about the routine and emergency protocols, busy with their electronics, listening to music cutting them off with the environment shall be benefited. The system works on encrypted conversions in real time converting ATC, cabin crew's instructions and delivering apt information to appropriate sections which is achieved by Deep learning framework TensorFlow. The system shall also be used for real time flight planning by ATC based upon traffic density. The stability of the system is studied with effective layouts reducing the errors and maintaining the overall neutrality. The on-board data shall be stored, analyzed which shall help in the maintenance and crash investigations. The system proves to be efficient, reliable and practical enhancing the aviation safety and communication that can never be compromised in aviation.