Niyousha Rahimi

Title: Niyousha Rahimi: Aircraft Trajectory Optimization

Introduction

Niyousha Rahimi is an inventor based in Seattle, Washington, and is associated with the University of Washington. His patent work addresses the generation of approach and landing trajectories for aircraft with multiple degrees of freedom.

Latest Patents

Rahimi is named on 1 patent, titled “Generation of Approach and Landing Trajectories with Operational Constraints for Aircraft with Multiple Degrees of Freedom.” The invention describes a system that receives or determines operational constraints for an aircraft and applies an optimization method to generate trajectory data. This data includes temporal state parameters describing the aircraft’s state and control input signals that can guide its operation. The system can transmit the resulting trajectory data to a flight computer, which controls the aircraft based on that information.

Career Highlights

Rahimi’s patent reflects work at the intersection of aircraft control, trajectory planning, and optimization. By incorporating operational constraints into trajectory generation, the disclosed system is designed to support approach and landing planning for aircraft with complex motion capabilities.

Collaborations

Rahimi’s listed coworkers include Taewan Kim and Abhinav G. Kamath. His association with the University of Washington provides the institutional context for his work.

Conclusion

Niyousha Rahimi’s patent focuses on using optimization and operational constraints to generate aircraft approach and landing trajectories, connecting trajectory planning with flight-computer control.