Towards the Integration of Multi-Attribute Optimization and Game Theory for Border Security Patrolling Strategies

Aguirre, Oswaldo (University of Texas at El Paso) | Lopez, Nicolas (University of Texas at El Paso) | Gutierrez, Eric (University of Texas at El Paso) | Taboada, Heidi (University of Texas at El Paso) | Epiritu, Jose ( &nbsp) | Kiekintveld, Christopher ( )

AAAI Conferences 

The goal for attackers is to move from one side of the graph to the Border security is a key element of national security policy other (represented by sets of source and target nodes); this for any sovereign nation. In the United States, the Border represents a typical scenario of crossing an open region from Patrol deploys thousands of agents integrated with technology one side of the border to destination points in the interior of (e.g., vehicles, cameras, sensors) and infrastructure the county. The paths between the source and target nodes (e.g., fences, checkpoints) to prevent illegal entry of people may represent major or minor roads, or paths suitable for and goods into the country along vast land borders with travel on foot. We use weights on the edges to represent Canada and Mexico. The problem of border security is incredibly the relative speed/cost of transit on the different paths (for complex, due to the diversity and volume of illegal example, it may be must slower and more difficult to use activity that must be controlled, the variety of resources that a foot path than a major highway). Nodes may represent can be deployed to secure the border, and the differences in intersections, checkpoints, or other important waypoints.

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