Solving Urban Network Security Games: Learning Platform, Benchmark, and Challenge for AI Research

TL;DR

This paper introduces GraphChase, an open-source platform for modeling, developing, and benchmarking algorithms for Urban Network Security Games, which simulate real-world police-criminal interactions in city environments, addressing scalability and cooperation challenges.

Contribution

The paper presents a flexible, unified platform for UNSGs that supports various game variants, enabling efficient algorithm development and benchmarking for complex multiplayer security scenarios.

Findings

Provides a scalable, open-source platform for UNSGs

Supports multiple game variants with real-world relevance

Facilitates development of advanced algorithms for multiplayer games

Abstract

After the great achievement of solving two-player zero-sum games, more and more AI researchers focus on solving multiplayer games. To facilitate the development of designing efficient learning algorithms for solving multiplayer games, we propose a multiplayer game platform for solving Urban Network Security Games (\textbf{UNSG}) that model real-world scenarios. That is, preventing criminal activity is a highly significant responsibility assigned to police officers in cities, and police officers have to allocate their limited security resources to interdict the escaping criminal when a crime takes place in a city. This interaction between multiple police officers and the escaping criminal can be modeled as a UNSG. The variants of UNSGs can model different real-world settings, e.g., whether real-time information is available or not, and whether police officers can communicate or not. The main challenges of solving this game include the large size of the game and the co-existence of cooperation and competition. While previous efforts have been made to tackle UNSGs, they have been hampered by performance and scalability issues. Therefore, we propose an open-source UNSG platform (\textbf{GraphChase}) for designing efficient learning algorithms for solving UNSGs. Specifically, GraphChase offers a unified and flexible game environment for modeling various variants of UNSGs, supporting the development, testing, and benchmarking of algorithms. We believe that GraphChase not only facilitates the development of efficient algorithms for solving real-world problems but also paves the way for significant advancements in algorithmic development for solving general multiplayer games.