The course aims to provide the knowledge needed to design and develop efficient driving and navigation solutions for autonomous vehicles. Driving can be strategic or tactical while navigation is the function that provides information about the position, speed and orientation of the vehicle. It is made by integrating measurement from different sources, such as sensors and receivers.
SC
Gained the Good knowledge from Autonomous Aerospace Systems course
NK
This course is highly recommended for anyone eager to explore the forefront of aerospace technology.
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Too much reading material and a lot of work needs to be done by the students whereas the course just brushes over the topic for one or two minutes instead of explaining or actually explaining the concept. Basically this course is nothing except reading from a textbook and even reading from research papers would be more interactive.
Very good summarised aerospace theories for UAV with right architecture of study material and important topics covering lateral, longitudinal dybanmics, autopilot, feedback control loop systems,obstacle detection tracking,ACAS TCAS, ETC.
Short introduction to control of UAV with focus on the associated equations. However, the quizzes focussed more on the concepts surrounding the principles of autonomous control rather than the equations themselves.
This course is highly recommended for anyone eager to explore the forefront of aerospace technology.
great course thanks all professors
Molto interessante, e scorrevole.
I recommend it
Very good 😊
Gained the Good knowledge from Autonomous Aerospace Systems course
good but in certificate my name is not there
Only reading material is provided for self-study along with very introductory 1-2 minute videos of the contents
Wordings are not proper. Feeling difficulty to understand as a beginner
nice