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**Describe the bug**
Applying `normal_form` to an ideal I and an ideal J w.r.t. a local ordering provides a correct answer, i.e. a set of polynomials in weak normal form in R which generate I/J in R/…
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https://tinsir888.github.io/posts/4e02908b.html
Proof systems where a polynomial-time probabilistic verifier can spot-check a given written proof by inspecting a few randomly selected symbols of th…
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Support for orthogonal polynomials.
References:
- [ ] https://people.sc.fsu.edu/~jburkardt/f_src/jacobi_polynomial/jacobi_polynomial.html
- [ ] https://people.sc.fsu.edu/~jburkardt/f_src/cheby…
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I have been working on differential algebraic equation integrator which makes a heavy use of interpolating polynomials. At this point I have implemented all the necessary functions myself as a part o…
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Current Spire has `compose` for `Polynomial[A]`:
```scala
(f.compose(g).compose(h))(x) // => process h, then g, then f; that's result
```
But it has no `andThen` method for `Polynomial`.
In…
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## Enhancement idea
- [x] Add Feature: Polynomial Algorithm.
- [x] Connect to Alerts Modules and add custom alerts, see here: https://github.com/chartingshow/documentation/issues/70
- [x] Connect…
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Removing it would reduce a lot the memory footprint, and in principle, we only need it for training an emulator, not for loading a pre-trained emulator
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다항회귀 하면서, 2차함수에서
"집값이 떨어지는건 우리가 원하는 그래프가 아닙니다."
하면서 응교수님이 3차식이나 제곱근식으로 바꿨었는데
이때, 집값이야 그래프가 눈에 보이니까 그렇다 치더라도 앞으로 눈에 안보이는 그래프는 어떻게 예측해야하고,
만약 눈에 보인다 하더라도 3차식이나 제곱근으로 바꾸는건 개인의 역량에 맡기는 건가?
하고 생각…
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https://github.com/edauterman/hsm-impl/blob/66e816ca1900977520e4d34886c488f2c793af29/agent/shamir.cc#L106
Just FYI, there are faster (but more complicated) algorithms for interpolation. As the numb…
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This looks sufficiently hard that it deserves an issue: given a polynomial `p(r)` defined in terms of the invariants, `p(r) = prod( Ij^aj for j = 1:n )` how to we determine the "vectorial polynomial d…