There are 1 repository under synthetic-control topic.
A Python package for causal inference using Synthetic Controls
A curated list of awesome machine learning libraries for marketing, including media mix models, multi touch attribution, causal inference and more
Synthetic difference in differences for Python
A Penalized Synthetic Control Estimator for Disaggregated Data (JASA, 2021)
Prediction and inference procedures for synthetic control methods with multiple treated units and staggered adoption.
Causal Inference Using Quasi-Experimental Methods
Replication materials for the paper "Evaluating the Effect of Homicide Prevention Strategies in São Paulo, Brazil: A Synthetic Control Approach" (2016)
Replication code for "RNN-based counterfactual prediction, with an application to homestead policy and public schooling"
data repository for publicly available code and data of "Low-intensity fires mitigate the risk of catastrophic wildfires in California's forests"
Tutorials for the synthetic control method for causal inference using PyMC
Comparative Case Studies using The Synthetic Control Method
Prevalence of Cannabis Use Disorder Post Legalization – Uruguay Case Study (Synthetic Control Method)
julia implementation of Synthetic Control estimation
A PyTorch implementation of the "robust" synthetic control model
Using simulated data to understand synthetic control
A replication of the paper "Democratization and Economic Output in Sub-Saharan Africa".
Source code to replicate the results of our article published in Revista de Historia Económica: Another case of the middle-income trap: Chile, 1900-1939
This repository implements synthetic control methodology to estime the effect of active escape clauses on debt.
Replication code for "State-Building through Public Land Disposal? An Application of Matrix Completion for Counterfactual Prediction"
SynthX: A Python Library for Advanced Synthetic Control Analysis
Using the Synthetic Control method to effectively demonstrate the impact of Elon Musk purchasing Twitter on overall sentiment towards the company and on Twitter's stock price.
My assignments and R projects for the CS112 course. Topics covered include Predictive and Causal Inference, Genetic and P-score Matching, Synthetic Control.
Code for disasters projects, regressions and synthetic controls
The ongoing pandemic of coronavirus disease 2019-2020 (COVID-19) is caused by Severe Acute Respiratory Syndrome Coronavirus 2 (SARS-CoV-2). This pathogenic virus is able to spread asymptotically during its incubation stage through a vulnerable population. Given the state of healthcare, policymakers were urged to contain the spread of infection, minimize stress on the health systems and ensure public safety. Most effective tool that was at their disposal was to close non-essential business and issue a stay home order. In this paper we consider techniques to measure the effectiveness of stringency measures adopted by governments across the world. Analyzing effectiveness of control measures like lock-down allows us to understand whether the decisions made were optimal and resulted in a reduction of burden on the healthcare system. In specific we consider using a synthetic control to construct alternative scenarios and understand what would have been the effect on health if less stringent measures were adopted. We present analysis for The State of New York, United States, Italy and The Indian capital city Delhi and show how lock-down measures has helped and what the counterfactual scenarios would have been in comparison to the current state of affairs. We show that in The State of New York the number of deaths could have been 6 times higher, and in Italy, the number of deaths could have been 3 times higher by 26th of June, 2020.
A tool to run a pool of synthetic controls, conduct inference, and produce visualizations.
This tutorial presents the analysis of the 5th chapter of my master thesis - "The Effect of Conditional Cash Transfer Policies on Crime: Evidence from a Synthetic Controls Framework" - Felipe Santos-Marquez
Test code for disaggregated synthetic control with simulated data