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"Processing radar and lidar data, construction of 3d representations" these are all 4th year/masters level electrical (or mechatronic) engineering topics at my
by llamaz 9y ago
"Processing radar and lidar data, construction of 3d representations"
these are all 4th year/masters level electrical (or mechatronic) engineering topics at my university (except Lidar although that might come under photonics, which again is an EE subject).
And the way they are taught doesn't emphasize math (well... the hardcore math is mentioned in lectures but not assessed), but rather MATLAB or domain specific software.
- Jtsummers 9y agoAlright, maybe I didn't give the best examples. How about this, office next door to mine is taking radar systems fielded in the 80s, developed in the 70s, and using them to construct 3d models of the detected objects. This is far beyond the capabilities originally intended for these systems and is actually quite impressive (no published results that I'm aware of, unfortunately). This is algorithms and math heavy work. They have a combination of experts (well, some becoming experts) in computer graphics, radar systems, machine learning, and other fields present doing this work.