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Register ParameterEstimation.jl #6915
Register ParameterEstimation.jl #6915
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This requires RecursiveArrayTools.jl to go through. |
ParameterizedFunctions is missing from |
This is also a fairly generic name for a pretty specialized, small piece of code. |
Small code, yes. I'm just tagging early and often, for now to make it easier for others to play with and test JuliaNLSolvers/Optim.jl#297. I've already shown that the code this is part of won't be small and will be quite feature-filled in a few months. A big part of it is waiting for JuliaML to mature to expand the functionality in that direction, or building an interface to JuMP. However, it is specialized: it's parameter estimation for differential/difference equations, right now only for ODEs but code for SDEs and PDEs are in the pipeline. When I Google parameter estimation, everything that pops up is for some kind of differential or difference-based model, so I thought it would be redundant to add a qualifier for that. However, I am open to suggestions. |
DiffEqParamEstim sounds like it's reasonable given some chats. What do you think of this? |
I think this is an artifact of your of search history being used by google (to prevent you from broading your horizon I guess). I don't get any hits about differential or difference-based models. |
Damn Google. When I go incognito it shows parameter estimation stuff for regressions and neural networks mixed in there as well (though neural nets and ODEs actually have a correspondence relation....). But yeah, I am fine with a more DiffEq naming, just let me know what's acceptable please. |
DiffEqParamEstim sounds fine to me, and hard to confuse with anything |
Though your other packages have DiffEq at the end, right? Either way. |
The solver components end in DiffEq (OrdinaryDiffEq, StochasticDiffEq, etc.), the extra tools prefix it (DiffEqDevTools, DiffEqBase, etc.). I'll change the name and let know. |
ParameterEstimation.jl is an addon to the JuliaDiffEq suite parameter estimation from differential equation models. The documentation will be contained in the DiffEq docs