Aircraft Traffic Control TRIZ Cases

An automated flight monitoring system identifies alternative routes to update flight plans.

An avionics device receives external flight plan updates and automatically modifies the active route using plausibility checks.

Aircraft computing device compares loaded flight parameters against remote data to verify accuracy before execution.

A conflict detection system issues clear-of-conflict advisories to pilots when resolved threats are identified.

Processor compares aircraft altitude with terrain data to detect abnormal flight behavior, preventing controlled flight into terrain accidents.

A departure routing system applies a directed graph model to optimize flight flows, resolving combinatorial explosion in air traffic management.

Segmented visual displays show speed targets and tolerance windows, enabling reliable RTA negotiation with air traffic control.

A hazard correlation system defines flight corridors using criticality weightings to guide autonomous aircraft navigation.

A data processing system translates aircraft avionics information into pre-determined ground formats.

A flight planning system updates unmanned aerial vehicle trajectories using real-time order data and state information.

A controller detects aircraft travel path deviations from preprogrammed plans and generates crew alerts when parameters exceed thresholds.

A processing circuit calculates normalized costs for flight routes using avoidance severity multipliers to identify non-traversable areas.

Automated decision aid system calculates flight level change feasibility and transmits clearance requests via CPDLC data link.