-
1. Fibonacci Feature (Vardaan & Raunak)
**Feature Purpose & Functionality**: The feature utilizes different Fibonacci algorithms (recursive, iterative, memoization) to calculate and visualize their…
-
# Tasks
Focus on the compiler, not the lexer/parser parts.
- [ ] Evaluate whether future/promise works within the config compiler stages
- [ ] Measure the impact with std::shuffle and Parallel…
-
Hello,
First I want to thank you so much for your hard and amazing work in this project!
As I'm new to static analysis and a beginner in using this project, I have 2 questions:
1. I'm trying to…
-
Many interesting functions in graphics are implemented by solving high-order polynomials. For example, finding the point of a cubic Bezier that is closest to a given point (the "nearest-point" problem…
-
```
An interesting idea was proposed to optimize multiple runs of iterative solver
when only the refractive index is varied.
N.V. Budko and R.F. Remis, “Electromagnetic inversion using a reduced-ord…
-
### Motivation
I could not find in the Issues or Linear Algebra section any reference to include standard iterative Krylov solvers (e.g., PCG, BICGSTAB, GMRES) in the stdlib library. I believe that i…
-
-
This is a huge issue and must probably be split into multiple smaller ones.
Absolute values have the problem, the the algorithms are not invariant of model scaling and might fail.
Therefore, we …
-
Thanks for your great work, I want to konw if the work could been used with unpaired dataset ,and if I use my own dataset, is there anything I need to change like load_data() in DDBM-main\ datassets \…
-
In many iterative numerical algorithms, one has to calculate the distance between a solution candidate and a reference value in order to check for convergence. But currently there is no trait which wo…