We show that optimal partisan redistricting with geographical constraints is a computationally intractable (NP-complete) problem. In particular, even when voter's preferences are deterministic, a solution is generally not obtained by concentrating opponent's supporters in \unwinnable" districts ("packing") and spreading one's own supporters evenly among the other districts in order to produce many slight marginal wins ("cracking")
Voting district boundaries are often manipulated, or gerrymandered, by politicians in order to give ...
Redistricting is the problem of dividing a state into a number $k$ of regions, called districts. Vot...
We analyze a model of optimal gerrymandering where two parties receive a noisy signal about voter pr...
We show that optimal partisan redistricting with geographical constraints is a computationally intra...
We show that optimal partisan districting in the plane with geographical constraints is an NP-comple...
The paper presents an effort to incorporate geographic and other possible exogenous constraints that...
In the context of discrete districting problems with geographical constraints, we demonstrate that d...
Gerrymandering is a practice of manipulating district boundaries and locations in order to achieve a...
The paper combines the optimal gerrymandering approach in political science with the “fair cake divi...
Gerrymandering is a long-standing issue within the U.S. political system, and it has received scruti...
Gerrymandering is a practice of manipulating district boundaries and locations in order to achieve a...
In a framework with two parties, deterministic voter preferences and a type of geographical constrai...
Subdividing an area into voting districts is often a very controversial issue. If we divide purely g...
In a framework with two parties, deterministic voter preferences and a type of geographical constrai...
The United States electoral system is facing an unprecedented amount of pressure as distrust amount ...
Voting district boundaries are often manipulated, or gerrymandered, by politicians in order to give ...
Redistricting is the problem of dividing a state into a number $k$ of regions, called districts. Vot...
We analyze a model of optimal gerrymandering where two parties receive a noisy signal about voter pr...
We show that optimal partisan redistricting with geographical constraints is a computationally intra...
We show that optimal partisan districting in the plane with geographical constraints is an NP-comple...
The paper presents an effort to incorporate geographic and other possible exogenous constraints that...
In the context of discrete districting problems with geographical constraints, we demonstrate that d...
Gerrymandering is a practice of manipulating district boundaries and locations in order to achieve a...
The paper combines the optimal gerrymandering approach in political science with the “fair cake divi...
Gerrymandering is a long-standing issue within the U.S. political system, and it has received scruti...
Gerrymandering is a practice of manipulating district boundaries and locations in order to achieve a...
In a framework with two parties, deterministic voter preferences and a type of geographical constrai...
Subdividing an area into voting districts is often a very controversial issue. If we divide purely g...
In a framework with two parties, deterministic voter preferences and a type of geographical constrai...
The United States electoral system is facing an unprecedented amount of pressure as distrust amount ...
Voting district boundaries are often manipulated, or gerrymandered, by politicians in order to give ...
Redistricting is the problem of dividing a state into a number $k$ of regions, called districts. Vot...
We analyze a model of optimal gerrymandering where two parties receive a noisy signal about voter pr...