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The Hessenberg decomposition of a general matrix will produce a similar matrix in upper Hessenberg form at the cost of ~ $\cfrac{10}{3}n^3$ flops. However, if the matrix is Symmetric/Hermitian, the He…
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As far as I could tell, there is no way in mpmath to solve the generalized eigenvalue problem `Ax = lambda Mx`. Is there any hope of adding this functionality?
c-f-h updated
2 years ago
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Despite all attempts changing each compiler option, nothing seems to rectify this.
Please inform if additional information is required to duplicate.
```
Unhandled Exception: System.AggregateException…
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Dear jax team,
this is just a friendly bump on the implementation of eigendecomposition and batched SVD on GPU. Are you planning on implementing these?
Should I want to implement it myself, wou…
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Let's discuss new operations that we might like to add to BLIS, specifically those that would fall into level-1v or level-1m families (and perhaps level-2):
- [ ] element-wise vector/matrix multipl…
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Hi,
I think it could be great to introduce the support for eigenvalue solvers. I noticed that the implicit restarted method has already been passed. The modern faster method should be the Krylov-Sc…
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At times this makes vim scroll so slowly it is unusable, with thousands of hits in the syntime report. Removing both lines from the s:operators variable fixes the issue.
Maybe a user setting to ac…
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I am trying to use scipy.integrate.solve_ivp for a system with a mass matrix 'M', but setting method='Radau' and using **options as options={'mass':M} throws the warning:
UserWarning: The followin…
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Rulinalg has implementations of a number of decompositions. Currently these are returned as `Result`, where `tuple` is a tuple of `Matrix`. This is in itself useful, as it gives the user easy access t…
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The current `Dense` matrix can be used simultaneously as a regular dense matrix and as multiple column vectors combined (multivector/MV). In the class documentation, the case of multiple column vector…