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Read the paper [Neural Ordinary Differential Equations](https://arxiv.org/abs/1806.07366) enough to understand the implementation of the ODEnet with torchdiffeq.
**Acceptance Criteria**
- [x] Read…
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Hi, thanks for the great package!
I found a problem when combining `diffeq_rd` and the `Rosenbrock23` solver.
If I run the Lotka-Volterra basic example provided named "Train an ODE to satisfy an o…
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## 要約
分離した層に分かれていることが、連続過程を効率的にモデル化することを困難にしている
## 論文リンク
https://arxiv.org/pdf/1806.07366.pdf
## 参考リンク
http://ainow.ai/2018/12/25/159218/
https://www.technologyreview.jp/s/116476/a-radic…
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Dear all,
I'm trying to work with toy ODE that is predator prey.
```
using DifferentialEquations, Plots, ParameterizedFunctions, Random, Distributions, Turing, StatsPlots
predator_prey = @ode…
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Thanks for this beautiful package!
From the Readme and the blog I understood i) how to use a "normal" ODE as Flux layer (`diffeq_rd`), and ii) how to use a Flux layer to define an ODE (`neural_ode`…
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We can hopefully get backward propagation using
newtype F a b = F (a -> ( b :* (b -> a) ))
We can add that to the two existing ADs. I'm not sure how to make it `Closed` though; it seems that…
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Kicked off by this post: https://groups.google.com/forum/#!topic/julia-dev/pQG6bSglkjc, maybe the home page should get a redesign. This issue is a location for discussion and brainstorming ideas for s…
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Hi,
i am a Phd Student at the Max Planck Institute Magdeburg.
I am working on numerical methods for large scale differential Riccati equations.
I want to use DifferentialEquations.jl to solve a …
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I, like 613 other people, was not accepted into this program. The main thing this camp really offers is mentorship and advice from intelligent and well experienced people. While I am certainly not as …
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Hello,
I added two validation scripts in the master branch. Both test the predictions of @osBiophys against neural data.
- `v_osBioPhysEyeMovements` script: This script tests predictions against dat…