Method to allocate voting resources with unequal ballots and/or education

Allen, Theodore T.; Yang, Muer; Huang, Shijie; Hernandez, Olivia K.

doi:10.1016/j.mex.2020.100872

Cited by 2 publications

(1 citation statement)

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“…Because there are limited resources at each county, this agent should follow the rule of a maximum 30-min waiting time at each location by considering the demand and process time to allocate resources to all locations. The logic of this agent follows the existing work in this domain using the indifference zone generalized binary search (IZGBS) method, which is defined as follows [34];…”

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confidence: 99%

An Agent-Based Simulation Platform for a Safe Election: From Design to Simulation

Barenji,

Montreuil,

Babalou

et al. 2023

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Managing the logistics and safety of an election system, from delivering voting machines to the right locations at the right time to ensuring that voting lines remain reasonable in length is a complex problem due to the scarcity of resources, especially human poll workers, and the impact of human behavior and disrupting events on the performance of this critical system. These complexities grew with the need for physical distancing during the COVID-19 pandemic coinciding with multiple key national elections, including the 2020 general presidential election in the USA. In this paper, we propose a digital clone platform leveraging agent-based simulation to model and experiment with resource allocation decisions and voter turnout fluctuations and facilitate “what-if” scenario testing of any election. As a use case, we consider three different concurrent polling location problems, namely, resource allocation, polling layout, and management. The main aim is to reduce voter waiting time and provide visibility of different scenarios for polling and state-level managers. We explain the proposed simulation platform based on Fulton County for the 2020 presidential US election. Fulton County had 238 polling locations in 2020, which provided publicly available voter turnout data. The developed platform realistically models at the county level and at specific locations, suggesting the possible allocation of finite resources among locations in the county and the configuration of each location, accounting for physical, legal, and technical constraints. Multiple realistic scenarios were developed and embedded into the simulation platform to evaluate and verify the different systems. The system performance and key attributes of the election system, such as waiting time, resource utilization, and layout safety, were tested and validated.

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confidence: 99%