Deep Reinforcement Learning for Green Security Game with Online Information

Yu, Lantao (Shanghai Jiao Tong University) | Wu, Yi ( University of California, Berkeley ) | Singh, Rohit ( World Wild Fund for Nature ) | Joppa, Lucas ( Microsoft Research ) | Fang, Fei ( Carnegie Mellon University )

AAAI Conferences 

Motivated by the urgent need in green security domains such as protecting endangered wildlife from poaching and preventing illegal logging, researchers have proposed game theoretic models to optimize patrols conducted by law enforcement agencies. Despite the efforts, online information and online interactions (e.g., patrollers chasing the poachers by following their footprints) have been neglected in previous game models and solutions. Our research aims at providing a more practical solution for the complex real-world green security problems by empowering security games with deep reinforcement learning. Specifically, we propose a novel game model which incorporates the vital element of online information and provide a discussion of possible solutions as well as promising future research directions based on game theory and deep reinforcement learning.

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