Automatic Aircraft Landing Aids TRIZ Cases
- Flight Trajectory Planning for Continuous Aircraft Separation
Adjusts trajectory parameters to ensure minimum separation between aircraft along continuous flight paths.
- Air Traffic Control System Trajectory Negotiation
Air traffic control system monitors trajectory parameters to generate scheduled arrival times, reducing fuel burn and operational costs.
- X-band Weather Radar Data Communication
Airborne X-band weather radar broadcasts digital data as a high-bandwidth radio, resolving bandwidth limits on voice channels.
- Aircraft Intent Prediction Using Continuous Learning
Continuous learning process optimizes aircraft intent parameters using historical flight data to reduce prediction errors in arrival management.
- Adaptive Runway Aiming Point Calculation for Landing
A flight management device calculates an adaptive runway aiming point to assist aircraft landing.
- Onboard ILS Envelope Construction for Signal Protection
An onboard controller constructs a three-dimensional ILS envelope using antenna data and traffic information to generate alerts.