This competition paper presents microPhantom, a bot playing microRTS and participating in the 2020 microRTS AI competition. microPhantom is based on our previous bot POAdaptive which won the partially observable track of the 2018 and 2019 microRTS AI competitions. In this paper, we focus on decision-making under uncertainty, by tackling the Unit Production Problem with a method based on a combination of Constraint Programming and decision theory. We show that using our method to decide which units to train improves significantly the win rate against the second-best microRTS bot from the partially observable track. We also show that our method is resilient in chaotic environments, with a very small loss of efficiency only. To allow replicabi...
Machine learning is an important part of most current Artificial Intelligence applications as it all...
Sequentially making-decision abounds in real-world problems ranging from robots needing to interact ...
The autonomy of robots heavily relies on their ability to make decisions based on the information pr...
Decision-making problems can be modeled as combinatorial optimization problems with Constraint Progr...
This article presents the results of the first edition of the microRTS (μRTS) AI competition, which ...
International audienceDecision-making problems can be mod-eled as combinatorial optimization problem...
This paper casts coordination of a team of robots within the framework of game theoretic learning al...
This paper proposes a simple extension of the celebrated MINIMAX algorithm used in zero-sum two-play...
Sequential decision making under uncertainty problems often deal with partially observable Markov de...
This paper proposes a simple extension of the celebrated MINIMAX algorithm used in zero-sum two-play...
Gobblet is a compelling board game that combines elements of classical tic-tac-toe game with a memor...
Handling uncertainty is an important part of decision-making. Leveraging uncertainty for guiding exp...
From the artificial intelligence perspective the bot is an autonomous agent that makes intelligent d...
We describe an approach for simulating human game-play in strategy games using a variety of AI techn...
This thesis experimentally addresses the issue of planning under uncertainty in robotics, with refer...
Machine learning is an important part of most current Artificial Intelligence applications as it all...
Sequentially making-decision abounds in real-world problems ranging from robots needing to interact ...
The autonomy of robots heavily relies on their ability to make decisions based on the information pr...
Decision-making problems can be modeled as combinatorial optimization problems with Constraint Progr...
This article presents the results of the first edition of the microRTS (μRTS) AI competition, which ...
International audienceDecision-making problems can be mod-eled as combinatorial optimization problem...
This paper casts coordination of a team of robots within the framework of game theoretic learning al...
This paper proposes a simple extension of the celebrated MINIMAX algorithm used in zero-sum two-play...
Sequential decision making under uncertainty problems often deal with partially observable Markov de...
This paper proposes a simple extension of the celebrated MINIMAX algorithm used in zero-sum two-play...
Gobblet is a compelling board game that combines elements of classical tic-tac-toe game with a memor...
Handling uncertainty is an important part of decision-making. Leveraging uncertainty for guiding exp...
From the artificial intelligence perspective the bot is an autonomous agent that makes intelligent d...
We describe an approach for simulating human game-play in strategy games using a variety of AI techn...
This thesis experimentally addresses the issue of planning under uncertainty in robotics, with refer...
Machine learning is an important part of most current Artificial Intelligence applications as it all...
Sequentially making-decision abounds in real-world problems ranging from robots needing to interact ...
The autonomy of robots heavily relies on their ability to make decisions based on the information pr...