Motivating socio/economic networks, power grids, multi- agent robotics. Perron- Frobenius matrix theory and algebraic graph theory. Fundamental dynamics in networks: averaging dynamics in discrete and continuous time; positive and compartmental systems; robotic coordination problems; coupled oscillator systems; virus propagation models; population dynamic models.
4
UnitsLetter
Grading1, 2, 3
PasstimeGraduate students only
Level LimitEngineering
CollegeProfessor Bullo is clearly an expert on systems (and much more, being one of the highest paid professors at UCSB). It almost feels like the room of semi-attentive MEs are undeserving of his thorough and intuitive lecturing. He has become easy about giving HW solutions out, but the exams are demanding and more conceptual than other major classes.
Bullo really cares about his students understanding the material. He is very precise with his language. Gives class a break in the middle of lecture. This particular class was kind of watered down so it was pretty easy. The only challenging part was the Bug 1 project, but it was really fun to do. Tests felt like short answer on basic concepts.
Posts lecture notes but still very helpful to go to lecture. Motion planning portion of class was fun and straight forward. Second half of class gets a little confusing. I thought both the midterm and final were what I expected. Homework was fairly challenging so start early in case you get stuck and need help on the written portion or MATLAB part.
Very personable and considerate. Lectures can be confusing at times.Homework can be tough but graded fair. Midterm was hard (to me at least), final was much easier. Ended up with an A (the closest thing to a miracle). The class itself is interesting but completely useless unless you're thinking about graduate school in robotics.
Really nice guy BUT really hard teacher. His lectures are hard to follow and he seems to have a hard time following them himself. Tests are ridiculous
Great professor. Awesome Lecturer. Very approachable.