This is fantastic!

 

Any experiences/opinions/pitfalls your group discovered on the Python vs Julia 
question? I guess you pretty much implemented the same algorithms in both 
languages. Did you find one is faster than the other? Were there major areas 
where Julia lagged behind Python?

 

Thanks,

David 

 

From: julia-users@googlegroups.com [mailto:julia-users@googlegroups.com] On 
Behalf Of Spencer Lyon
Sent: Thursday, September 18, 2014 7:14 PM
To: julia-users@googlegroups.com
Subject: [julia-users] ANN: QuantEcon.jl

 

New package QuantEcon.jl <https://github.com/QuantEcon/QuantEcon.jl> .

This package collects code for quantitative economic modeling. It is currently 
comprised of two main parts:

1.      A toolbox of routines useful when doing economics

2.      Implementations of types and solution methods for common economic 
models. 

This library has a python twin: QuantEcon.py 
<https://github.com/QuantEcon/QuantEcon.py> . The same development team is 
working on both projects, so we hope to keep the two libraries in sync very 
closely as new functionality is added.

The library contains all the code necessary to do the computations found on 
http://quant-econ.net/, a website dedicated to providing lectures that each 
economics and programming. The website currently (as of 9/18/14) has only a 
python version, but the Julia version is in late stages of refinement and 
should be live very soon (hopefully within a week).

The initial version of the website will feature 6 lectures dedicated to helping 
a new user set up a working Julia environment and learn the basics of the 
language. In addition to this language specific section, the website will 
include 22 other lectures on topics including

*         statistics: markov processes (continuous and discrete state), 
auto-regressive processes, the Kalman filter, covariance stationary proceses, 
ect.

*         economic models: the income fluctuation problem, an asset pricing 
model, the classic optimal growth model, optimal (Ramsey) taxation , the McCall 
search model

*         dynamic programming: shortest path, as well as recursive solutions to 
economic models

All the lectures have code examples in Julia and most of the 22 will display 
code from the QuantEcon.jl library.

​

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