{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Home\n", "\n", "

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" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Table of Contents\n", "\n", "\n", "\n", "- [Getting Started with Julia](getting_started_julia/index.ipynb)\n", " - [Setting up Your Julia Environment](getting_started_julia/getting_started.ipynb)\n", " - [Interacting with Julia](getting_started_julia/julia_environment.ipynb)\n", " - [Introductory Examples](getting_started_julia/julia_by_example.ipynb)\n", " - [Julia Essentials](getting_started_julia/julia_essentials.ipynb)\n", " - [Arrays, Tuples, Ranges, and Other Fundamental Types](getting_started_julia/fundamental_types.ipynb)\n", " - [Introduction to Types and Generic Programming](getting_started_julia/introduction_to_types.ipynb)\n", "- [Packages and Software Engineering in Julia](more_julia/index.ipynb)\n", " - [Generic Programming](more_julia/generic_programming.ipynb)\n", " - [General Purpose Packages](more_julia/general_packages.ipynb)\n", " - [Data and Statistics Packages](more_julia/data_statistical_packages.ipynb)\n", " - [Solvers, Optimizers, and Automatic Differentiation](more_julia/optimization_solver_packages.ipynb)\n", " - [Julia Tools and Editors](more_julia/tools_editors.ipynb)\n", " - [Git, GitHub, and Version Control](more_julia/version_control.ipynb)\n", " - [Packages, Testing, and Continuous Integration](more_julia/testing.ipynb)\n", " - [The Need for Speed](more_julia/need_for_speed.ipynb)\n", "- [Tools and Techniques](tools_and_techniques/index.ipynb)\n", " - [Linear Algebra](tools_and_techniques/linear_algebra.ipynb)\n", " - [Orthogonal Projections and Their Applications](tools_and_techniques/orth_proj.ipynb)\n", " - [LLN and CLT](tools_and_techniques/lln_clt.ipynb)\n", " - [Linear State Space Models](tools_and_techniques/linear_models.ipynb)\n", " - [Finite Markov Chains](tools_and_techniques/finite_markov.ipynb)\n", " - [Continuous State Markov Chains](tools_and_techniques/stationary_densities.ipynb)\n", " - [A First Look at the Kalman Filter](tools_and_techniques/kalman.ipynb)\n", "- [Dynamic Programming](dynamic_programming/index.ipynb)\n", " - [Shortest Paths](dynamic_programming/short_path.ipynb)\n", " - [Job Search I: The McCall Search Model](dynamic_programming/mccall_model.ipynb)\n", " - [Job Search II: Search and Separation](dynamic_programming/mccall_model_with_separation.ipynb)\n", " - [A Problem that Stumped Milton Friedman](dynamic_programming/wald_friedman.ipynb)\n", " - [Job Search III: Search with Learning](dynamic_programming/odu.ipynb)\n", " - [Job Search IV: Modeling Career Choice](dynamic_programming/career.ipynb)\n", " - [Job Search V: On-the-Job Search](dynamic_programming/jv.ipynb)\n", " - [Optimal Growth I: The Stochastic Optimal Growth Model](dynamic_programming/optgrowth.ipynb)\n", " - [Optimal Growth II: Time Iteration](dynamic_programming/coleman_policy_iter.ipynb)\n", " - [Optimal Growth III: The Endogenous Grid Method](dynamic_programming/egm_policy_iter.ipynb)\n", " - [LQ Dynamic Programming Problems](dynamic_programming/lqcontrol.ipynb)\n", " - [Optimal Savings I: The Permanent Income Model](dynamic_programming/perm_income.ipynb)\n", " - [Optimal Savings II: LQ Techniques](dynamic_programming/perm_income_cons.ipynb)\n", " - [Consumption and Tax Smoothing with Complete and Incomplete Markets](dynamic_programming/smoothing.ipynb)\n", " - [Optimal Savings III: Occasionally Binding Constraints](dynamic_programming/ifp.ipynb)\n", " - [Robustness](dynamic_programming/robustness.ipynb)\n", " - [Discrete State Dynamic Programming](dynamic_programming/discrete_dp.ipynb)\n", "- [Multiple Agent Models](multi_agent_models/index.ipynb)\n", " - [Schelling’s Segregation Model](multi_agent_models/schelling.ipynb)\n", " - [A Lake Model of Employment and Unemployment](multi_agent_models/lake_model.ipynb)\n", " - [Rational Expectations Equilibrium](multi_agent_models/rational_expectations.ipynb)\n", " - [Markov Perfect Equilibrium](multi_agent_models/markov_perf.ipynb)\n", " - [Asset Pricing I: Finite State Models](multi_agent_models/markov_asset.ipynb)\n", " - [Asset Pricing II: The Lucas Asset Pricing Model](multi_agent_models/lucas_model.ipynb)\n", " - [Asset Pricing III: Incomplete Markets](multi_agent_models/harrison_kreps.ipynb)\n", " - [Uncertainty Traps](multi_agent_models/uncertainty_traps.ipynb)\n", " - [The Aiyagari Model](multi_agent_models/aiyagari.ipynb)\n", " - [Default Risk and Income Fluctuations](multi_agent_models/arellano.ipynb)\n", " - [Globalization and Cycles](multi_agent_models/matsuyama.ipynb)\n", "- [Time Series Models](time_series_models/index.ipynb)\n", " - [Covariance Stationary Processes](time_series_models/arma.ipynb)\n", " - [Estimation of Spectra](time_series_models/estspec.ipynb)\n", " - [Additive Functionals](time_series_models/additive_functionals.ipynb)\n", " - [Multiplicative Functionals](time_series_models/multiplicative_functionals.ipynb)\n", " - [Classical Control with Linear Algebra](time_series_models/lu_tricks.ipynb)\n", " - [Classical Filtering With Linear Algebra](time_series_models/classical_filtering.ipynb)\n", "- [Dynamic Programming Squared](dynamic_programming_squared/index.ipynb)\n", " - [Dynamic Stackelberg Problems](dynamic_programming_squared/dyn_stack.ipynb)\n", " - [Optimal Taxation in an LQ Economy](dynamic_programming_squared/lqramsey.ipynb)\n", " - [Optimal Taxation with State-Contingent Debt](dynamic_programming_squared/opt_tax_recur.ipynb)\n", " - [Optimal Taxation without State-Contingent Debt](dynamic_programming_squared/amss.ipynb)\n", "- [References](zreferences.ipynb)\n", "\n", "\n", "![_static/banner.png](_static/banner.png)" ] } ], "metadata": { "filename": "index.rst", "kernelspec": { "display_name": "Julia 1.2", "language": "julia", "name": "julia-1.2" }, "title": "Home" }, "nbformat": 4, "nbformat_minor": 2 }