UAV Flight Plan Adaptation via Operational Rule Files

The patent introduces a ground-based server as an intermediary between the UAV and the flight planning system. The server receives procedure descriptions, operational rules, and vehicle operation schedules, then generates and updates flight plans that are transmitted back to the UAV. This intermediary handles the complex processing of adapting flight plans to changing conditions, allowing the UAV itself to remain relatively simple while gaining adaptive capabilities through the server's computational resources.

The system performs preliminary actions by pre-defining operational rules and procedure descriptions that encode flight restrictions, performance constraints, and compliance requirements. These rules are established before flight operations begin and are stored in the system. When generating or modifying flight plans, the system automatically applies these pre-established rules to ensure compliance, rather than attempting to interpret compliance requirements during real-time autonomous decision-making.

The system implements feedback mechanisms where the UAV's current state (position, remaining fuel, payload status, etc.) is continuously monitored and fed back to the flight planning system. When state changes are detected, the system automatically triggers flight plan reevaluation and generates updated plans. This feedback loop enables real-time adaptation without requiring constant manual intervention, balancing mission completion needs with efficient use of time and computational resources.