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Hello:
I was wondering if there is a linear algebra package that could work inside a @cuda.jit decorated function. If there is no package, is there a way to use the numpy linear algebra functions in…
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**Description**
To support linear algebra operations we want to have interfaces/wrappers for BLAS and LAPACK, maybe even to BLACS, PBLAS and ScaLAPACK at some point. Before we start working o…
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1. Prework Review
The Pre-work was about Python, Numpy, Pandas and Matplotlib but we understand that was a lot, let's go over some of the concepts with the rest of your cohort and mentors.
- Corre…
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Computer algebra systems are usually designed to solve systems of equations, but I don't see an example of this in Symmath's documentation. Is it currently able to solve a system of equations instead …
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The plotting solutions for rust are fairly suboptimal, if we want rust to be used more in scientific computing and ai, an advanced plotting library is required (the linear algebra libraries are fairly…
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As a basic building block, we need a very fast optimized linear algebra call that runs single threaded. The parallel framework will be built on top of this basic building block.
A great starting po…
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I am curious whether you have any timings vs OpenBLAS, and how tuned this has been. I heard from @pkofod that this is the core library of Optim, and so I went looking for a graph like is on the front …
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Laguerre solver does a poor job in practice. I used it for a closed-source Arima implementation and felt compelled to replace it with this PolynomialRootFinder class that uses a companion matrix and i…
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## PETSc supports OpenCL.
According to
```
https://petsc.org/release/install/install/
```
Run configure with $--download-viennacl$; check config/examples/arch-ci-linux-viennacl.py for example…
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From George:
This branch seems to run 15% - 20% slower then master. While it certainly includes new and useful features, it would be nice to precisely understand why it's so much slower. To put this …