Fraudulent Democracy? An Analysis of Argentina's Infamous Decade Using Supervised Machine Learning
By Francisco Cantú, Sebastián Saiegh. 2011
94 citations recorded by the source corpus.
Subfields: Law, Sociology and Political Science, Statistics and Probability
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Law
- Brian F. Crisp
- Maria De-Arteaga
- Artur Dubrawski
- Santiago Olivella
- Daniel B. Neill
- William Herlands
- Joshua D. Potter
- J. Montgomery
In Sociology and Political Science
- Brian F. Crisp
- Santiago Olivella
- Joshua D. Potter
- J. Montgomery
- Maria De-Arteaga
- Artur Dubrawski
- Rafael Valle
- Daniel B. Neill
In Statistics and Probability
- Brian F. Crisp
- Santiago Olivella
- Joshua D. Potter
- J. Montgomery
- Maria De-Arteaga
- Artur Dubrawski
- Rafael Valle
- Daniel B. Neill
Citations in the corpus
- Missing Data Imputation for Supervised Learning (2016, background): “For supervised classification tasks, the objective is to fit a model on labeled training data in order to categorize new examples.”
- What the Numbers Say: A Digit-Based Test for Election Fraud (2012, background): “19Note that we focus on identifying fabricated counts, not cases of ‘‘switching a proportion of votes from one party to another’’ for which Cantú and Saiegh (2011) propose their leading-digit analysis.”
- Machine Learning for the Developing World (2018, methodology): “Grace et al. (2016) and Cantú and Saiegh (2011) have shown that ML can detect subtle patterns of fraud in complex data.”
- An Informed Forensics Approach to Detecting Vote Irregularities (2015, methodology): “For our purposes here, the work of Cantu´ and Saiegh (2011) is particularly relevant.”