I have skimmed it, and it looks very good. It is actually not solely about matrix calculus, but shows a practical approach to differentiation in different vector spaces with many examples and intuitions.
Why didn't the PhDs specializing in this area figure this out themselves?
https://github.com/scverse But this is mostly about transriptomics (RNA), not genomics.
Decentralization and local governance aren't foreign things for China. It has a remarkable amount of authority on a local level (at least provincial). You can also google ratings based on share of subnational public…
For some people it isn't about work or desire to be materially better than others, but about unwillingness to be a mere pet of some advanced beings.
Hm, this book applies exterior algebra to linear algebra. I don't think there are a lot of applications of multilinear algebra outside of math, it is mostly needed to study differential geometry (forms and so on).
Absolutely best guide (for me) on these things is http://www.psi.toronto.edu/~andrew/papers/matrix_calculus_fo... Also "Matrix algebra" by Magnus and Abadir.
I have skimmed it, and it looks very good. It is actually not solely about matrix calculus, but shows a practical approach to differentiation in different vector spaces with many examples and intuitions.
Why didn't the PhDs specializing in this area figure this out themselves?
https://github.com/scverse But this is mostly about transriptomics (RNA), not genomics.
Decentralization and local governance aren't foreign things for China. It has a remarkable amount of authority on a local level (at least provincial). You can also google ratings based on share of subnational public…
For some people it isn't about work or desire to be materially better than others, but about unwillingness to be a mere pet of some advanced beings.
Hm, this book applies exterior algebra to linear algebra. I don't think there are a lot of applications of multilinear algebra outside of math, it is mostly needed to study differential geometry (forms and so on).
Absolutely best guide (for me) on these things is http://www.psi.toronto.edu/~andrew/papers/matrix_calculus_fo... Also "Matrix algebra" by Magnus and Abadir.