Research & Technology Consulting
GUIDANCE OF UNMANNED AERIAL VEHICLES (16-32 hours)
This course presents new concepts and guidance laws for unmanned aerial vehicles. The rapidly increasing fleet of UAVs, along with the widening sphere of their applications, puts new problems before designers of the unmanned aerial vehicles. The more complicated problems are, the more sophisticated guidance is required. Advanced guidance algorithms development is essential and necessary for meeting new requirements with the increasing area of UAV applications and for defining future UAV concepts and associated critical technologies. Guidance of the unmanned aerial vehicles differs from traditional missile guidance. Its goal is different. Moreover, since UAVs can perform variety of functions, the goal depends on a concrete area of their application. If to perform simple scripted navigation functions such as waypoint following UAVs can use missile guidance laws, for more complicated problems, e.g., for refueling an aircraft, the guidance problem becomes a rendezvous-type problem. The moving objects should be on a fixed distance and their velocities should coincide. To address a wide class of guidance problems for UAVs a more general guidance problem is formulated and a class of guidance laws is developed. The guidance law design is considered from the point of view of control theory, i.e., as design of controls guiding missiles to hit targets. Guidance laws design is considered as design of controls. A class of guidance laws is obtained based on Lyapunov approach.
· Basics of Missile Guidance. Parallel Navigation
· Control of Lateral Motion
· Control of Longitudinal and Lateral Motions
· Vision Based Navigation
· Guidance Laws Based on Lyapunov Approach
· Generalized Guidance Laws for UAVs
· Obstacle Avoidance Algorithms
· Guidance of a Swarm of UAVs
· UAV Dynamics
· UAV Simulation Models
· Integrated Design
· An Example of a UAV's Guidance Law Design
This course was taught at NICTA (Australia, 2011).
If your organization is interested in this course, please, don’t hesitate to contact us.