Game Intelligence
Featured collaboration
MSR PI: Katja Hofmann (opens in new tab)
University of Oxford PI: Shimon Whiteson (opens in new tab)
Joint Postdoctoral Researcher: Mingfei Sun
Reinforcement Learning for Gaming
This project will focus on developing and analysing state-of-the-art reinforcement learning (RL) methods for application to video games. The project aims to tackle two key challenges. First, building effective game AI with RL requires dramatically scaling up existing tools for cooperative multi-agent RL, in which teams of agents must collaborate to complete tasks. Doing so requires new methods for performing multi-agent credit assignment and multi-agent exploration in large state and action spaces. Second, effective game AI must also be able to transfer effectively to new scenarios, such as new game levels and versions, without having to learn from scratch. Doing so requires new methods for transfer and meta-learning in RL that scale to the complexity of modern video games.
Industry collaborators
Ninja Theory (opens in new tab) was formed in 2004 by four partners, including current directors Nina Kristensen (Chief Development Director), Tameem Antoniades (Chief Creative Director) and Jez San OBE (Non-Executive Director). The studio pride themselves on striving for the highest production values and continually pushing the boundaries of technology, art and design to create evermore exciting video game experiences.
Industry Partner and Advisory Board Member of the IGGI Centre for Doctoral Training (opens in new tab)
Academic collaborations
Learning to Collaborate with Human Players
Katja Hofmann (opens in new tab) (MSR Cambridge), Sam Devlin (opens in new tab) (MSR Cambridge), Professor Anca Dragan (opens in new tab) (BAIR), Micah Carroll (opens in new tab) (PhD student)
Find out more on our Berkeley AI Research collaboration page >
Malmo 2020 Multi-Agent Upgrade
Diego Perez Liebana (opens in new tab)
Queen Mary University London
Microsoft’s Project Malmo platform enables users to create worlds and learning agents able to play multiple 3D games within Minecraft. In recent years, we have co-organised two international competitions. First on multi-agent learning and, secondly, on sample efficient reinforcement learning with human priors . These competitions have extended the features of the platform, but each introduced their own API, installation instructions and documentation, which has created an unnecessary barrier to researchers wanting to get started with the platform. The objective of this project is to unify the extensions from both competitions back into the original Malmo benchmark, to provide a common entry point for researchers.
Sponsored PhDs
Reinforcement Learning for Enabling Next Generation Human-Machine Partnerships
Max Planck Institute for Software Systems
MSR Supervisor: Sam Devlin (opens in new tab)
External Supervisor: Adish Singla (opens in new tab)
Local Forward Model Learning for Sample-Efficient Sequential Decision Making in Open-World 3D Games
Queen Mary University
MSR Supervisor: Sam Devlin (opens in new tab)
External Supervisor: Diego Perez Liebana (opens in new tab)
Deep Reinforcement Learning For Collaborative Game AI To Enhance Player Experience
University of York
MSR Supervisor: Sam Devlin (opens in new tab)
External Supervisor: James Walker (opens in new tab) and Dan (opens in new tab)iel Kudenko (opens in new tab)
Better Sample Efficiency of Reinforcement Learning
University of Edinburgh
MSR Supervisor: Sam Devlin (opens in new tab)
External Supervisor: Amos Storkey (opens in new tab)
Reinforcement Learning for Adaptive User Interaction
University of Oxford
MSR Supervisor: Katja Hofmann (opens in new tab)
External Supervisor: Shimon Whiteson (opens in new tab)
Intrinsically Motivated Exploration for Lifelong Deep Reinforcement Learning of Multiple Tasks
INRIA
MSR Supervisor: Katja Hofmann (opens in new tab)
External Supervisor: Pierre-Yves Oudeyer (opens in new tab)