Mv77

Sixth-year Economics Ph.D. student at Johns Hopkins University.

Baltimore

Pinned Repositories

BLP_example
An example of the Berry, Levindsohn, Pakes (1995) algorithm and Nevo (2000)'s guide.
Language:MATLAB54
CGMPortfolio
Summary for Adv. Macro class
Language:Jupyter Notebook1 2 01
CGMPortfolio-1
Language:TeX10
Equilibria
Implementation of Echenique (2007) "Finding all equilibria in games of strategic complements" and its examples for one-dimensional strategy spaces.
Language:Jupyter Notebook41
LucasAPMarkov
Lucas Asset Pricing model in a Markov economy
Language:Jupyter Notebook30
PortfolioChoiceBlogPost
Language:HTML2 1 00
Q_Investment
Numerical solution of the Abel-Hayashi marginal Q Investment Model.
Language:Python4 1 19
Ramsey_growth
Implementation of Ramsey's (or Ramsey-Cass-Koopmans) growth model and its numerical solution
Language:Jupyter Notebook32
RiskyContrib
Presentation and computational implementation of a two-asset model with an income contribution scheme.
Language:TeX6 1 14
SCF-IncWealthDist
Distributions of permanent income and wealth in the SCF.
Language:R22

Mv77's Repositories

Mv77/RiskyContrib
Presentation and computational implementation of a two-asset model with an income contribution scheme.
Language:TeX6 1 14
Mv77/BLP_example
An example of the Berry, Levindsohn, Pakes (1995) algorithm and Nevo (2000)'s guide.
Language:MATLAB54
Mv77/Q_Investment
Numerical solution of the Abel-Hayashi marginal Q Investment Model.
Language:Python4 1 19
Mv77/LucasAPMarkov
Lucas Asset Pricing model in a Markov economy
Language:Jupyter Notebook30
Mv77/PortfolioChoiceBlogPost
Language:HTML2 1 00
Mv77/SCF-IncWealthDist
Distributions of permanent income and wealth in the SCF.
Language:R22
Mv77/CGMPortfolio-1
Language:TeX10
Mv77/Choice-2020
Material specific to 180.603 for 2020
Language:Jupyter Notebook1
Mv77/DDCex
Solving a simple dynamic discrete choice problem using three different methods.
Language:Jupyter Notebook11
Mv77/estimagic
Estimagic is a Python package for nonlinear optimization with or without constraints. It is particularly suited to solve difficult nonlinear estimation problems. On top, it provides functionality to perform statistical inference on estimated parameters.
Language:Python1
Mv77/HPCtesting
A repo with tests to clone from HPCs
Language:Shell11
Mv77/Notebooks
Jupyter notebooks for teaching and research
Language:Jupyter Notebook1
Mv77/PalgravePrecautionary
Precautionary Saving and Precautionary Wealth (Palgrave entry)
Language:TeX1 1 0
Mv77/sequence-jacobian
A unified framework to solve and analyze heterogeneous-agent macro models.
1
Mv77/SolvingMicroDSOPs
Language:Stata1
Mv77/SparseGrids_in_econ_handbook
Example codes for the Handbook chapter "Sparse Grids for Dynamic Economic Models" (Oxford Research Encyclopedia of Economics and Finance)
Language:Jupyter Notebook1 0 0
Mv77/al-folio
A beautiful, simple, clean, and responsive Jekyll theme for academics
Language:JavaScript1 0
Mv77/covid-19-data
An ongoing repository of data on coronavirus cases and deaths in the U.S.
Mv77/DARKolo
Repo for fusion projects combining of Dolo/DolARK and Econ-ARK
Language:Jupyter Notebook
Mv77/DemARK
Demonstrations of how to use material in the Econ-ARK
Language:Jupyter Notebook
Mv77/dolo.py
Economic modelling in python
Mv77/econ-ark-tools
General tools for econ-ark, packaged up
Language:Shell1 0
Mv77/econ-ark.org
Econ-ARK website
Mv77/HARK
Heterogenous Agents Resources & toolKit
Language:Python1
Mv77/interpolation.py
Language:Python
Mv77/JobMarket
Mv77/PublicFiles
A repository of public files (mainly pdfs such as CVs and Papers)
Mv77/REMARK
Replications and Explorations Made using the ARK
Language:Python
Mv77/TBS_phase_diagram_changes
A notebook to depict the effect of parameter changes in the TBS model
Language:Jupyter Notebook1
Mv77/texreg
Conversion of R Regression Output to LaTeX or HTML Tables