Numerical Methods: Vector and Matrix Norms
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- Опубликовано: 21 авг 2024
- Virginia Tech ME 2004: Vector and Matrix Norms
This video reviews some basic concepts of the matrix/vector norm. There are more mathematically rigorous definitions of the norm, but the most practical information is distilled into what's shown in this video.
Slides: bit.ly/Vectora...
Straight-Forward Explanation and good example. Keep up the good work. Thanks for such a good lecture.
by far the best video on this topic on all of youtube
Appreciate it!
Great video. It's been a few years since I took the relevant course and this really helped me get the intuitions back for a computational linear algebra course I've just started this semester.
thanks, glad it helped!
Very clear and simple. Great job!
Superb explanation
Thank you Mr. GradeSaver!!!
Great Explanation!!!!!
Great explication !
Thank you
Nice explanation, Sir🤍
Thanks,sir
I think you missed the matrix 2-norm case.
Yes, that was intentional. The matrix 2-norm is related to eigenvalues (specifically, the largest eigenvalue of (Atranspose*A)^(1/2)), which we do not cover in this course. But I may re-upload this video w/ the addition of the matrix 2-norm just for informational purposes
Link of 2 norm
@@jaisohnkimVT Do you have a link to slides where you discuss the matrix 2-norm, or a recommendation of videos to watch on the topic? I appreciated the concise and clear explanation in this video a lot; it'd be wonderful to have something similar for the Frobenius norm as well. Regardless, thank you! This is an excellent upload.
@@saltypyrotato @conceptsandsteps I found these two resources extremely helpful when I was a student: www.cs.utexas.edu/~flame/laff/alaff/chapter01-matrix-norms-2-norm.html and ruclips.net/video/vHtFw5jubL8/видео.htmlsi=JYmBSzz6i4ryQcme hope these help!
@@jaisohnkimVT Thank you! I'll check these out.
Thank you