Doctoral Consortium Program
The schedule and the links to the virtual rooms are provided at
https://underline.io/events/288/schedule?day=2022-05-10T22%3A00%3A00.000Z&trackId=1488
Monday, May 9
New York Time (Eastern Daylight Time) UTC-4 |
Auckland Time (New Zealand Standard Time) UTC+12 |
Program |
Presenters |
Format |
07:00 am – 07:30 am | 11:00 pm – 11:30 pm | Opening + Introductions + Ice Breakers + 1 min slide (for the students to introduce themselves) |
Co-Chairs | Live |
07:30 am – 8:45 am | 11:30 pm – 12:45 am |
Humans and AI / Human-Agent Interaction + Robotics Student Presentations (10 min + 5 min Q&A); 5 talks |
Students | |
Embodied Team Intelligence in Multi-Robot Systems |
Esmaeil Seraj (Georgia Institute of Technology) |
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Towards Multi-Agent Interactive Reinforcement Learning for Opportunistic Software Composition in Ambient Environments | Kevin Delcourt (IRIT, University of Toulouse) | |||
Collaborative Training of Multiple Autonomous Agents | Filippos Christianos (University of Edinburgh) | |||
Empathetic Reinforcement Learning Agents | Manisha Senadeera (Deakin University) | |||
Non-Cooperative Multi-Robot Planning Under Shared Resources | Anna Gautier (University of Oxford) | |||
15 min Break | ||||
9:00 am – 10:15 am | 1:00 am – 2:15 am |
Learning and Adaptation Student Presentations (10 min + 5 min Q&A); 5 talks |
Students | Live |
Transferable Environment Poisoning: Training-time Attack on Reinforcement Learner with Limited Prior Knowledge | Hang Xu (Nanyang Technological University) | |||
Model-free and model-based reinforcement learning, the intersection of learning and planning | Piotr Januszewski (Gdansk University of Technology) | |||
Task Generalisation in Multi-Agent Reinforcement Learning | Lukas Schäfer (University of Edinburgh) | |||
Exploration and Communication for Partially Observable Collaborative Multi-Agent Reinforcement Learning |
Raphaël Avalos (Vrije Universiteit Brussel) |
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Online learning against Strategic Adversary |
Le Cong Dinh (University of Southampton) |
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15 min Break | ||||
10:30 am – 11:45 am |
2:30 am – 3:45 am |
Markets, Auctions, and Non-Cooperative Game Theory + Social Choice Student Presentations (10 min + 5 min Q&A); 5 talks |
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Manipulation of Machine Learning Algorithms |
Nicholas Bishop (University of Southampton) |
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Fair Allocation Problems in Reviewer Assignment |
Justin Payan (University of Massachusetts Amherst) |
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Budget Feasible Mechanisms in Auction Markets: Truthfulness, Diffusion and Fairness |
Xiang Liu (Southeast University) |
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Incentive Design for Equitable Resource Allocation: Artificial Currencies and Allocation Constraints |
Devansh Jalota (Stanford University) |
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Designing Mechanisms for Participatory Budgeting |
Simon Rey (University of Amsterdam) |
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15 min Break | ||||
12:00 pm – 1:15 pm |
4:00 am – 5:15 am |
Keynote Talk Virginia Dignum (Umeå University) |
Speaker |
Live |
15 min Break | ||||
1:30 pm – 2:45 pm |
5:30 am – 6:45 am |
Engineering Multiagent Systems + |
Students | Live |
The coaching scenario: Recommender Systems with a long term goal. A Case Study in Changing Dietary Habits |
Jules Vandeputte (INRAE, Agroparistech) |
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Data-driven approaches for formal synthesis of dynamical systems |
Milad Kazemi (Newcastle University) |
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Using multi-objective optimization to generate timely responsive BDI agents |
Marcio F. Stabile Junior (University of São Paulo) |
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The Reputation Lag Attack |
Sean Sirur (University of Oxford) |
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Engineering Normative and Cognitive Agents with Emotions and Values |
Sz-Ting Tzeng (North Carolina State University) |
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15 min Break | ||||
3:00 pm – 4:15 pm | 7:00 am – 8:15 am |
Panel (Career Panel)
Maria Gini (University of Minnesota)Sandip Sen (University of Tulsa)Peter Stone (University of Texas at Austin)Manuela Veloso (Carnegie Mellon University)
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Panelists | Live |
4:15 pm – 4:30 pm | 8:15 am – 8:30 am | Closing | ||
4:30 pm – 6:00 pm |
8:30 am – 10:00 am |
Virtual Social: Meet and Greet | All | Live |
Keynote Talk
Virginia Dignum (Umeå University)
Title: Principles for responsible AI: trustworthy, relational, contextual
The impact of Artificial Intelligence does not depend only on fundamental research and technological developments, but for a large part on how these systems are introduced into society and used in everyday situations. Even though AI is traditionally associated with rational decision making, understanding and shaping the societal impact of AI in all its facets requires a relational perspective. A rational approach to AI, where computational algorithms drive decision making independent of human intervention, insights and emotions, has shown to result in bias and exclusion, laying bare societal vulnerabilities and insecurities. A relational approach, that focus on the relational nature of things, is needed to deal with the ethical, legal, societal, cultural, and environmental implications of AI. A relational approach to AI recognises that objective and rational reasoning cannot does not always result in the ‘right’ way to proceed because what is ‘right’ depends on the dynamics of the situation in which the decision is taken, and that rather than solving ethical problems the focus of design and use of AI must be on asking the ethical question.
In this talk, I start with a general discussion of current conceptualisations of AI followed by an overview of existing approaches to governance and responsible development and use of AI. Then, I reflect over what should be the bases of a social paradigm for trustworthy AI and how this should be embedded in relational, feminist and non-Western philosophies.
Mentors
Christopher Amato | Northeastern University |
Reshef Meir | Technion-Israel Institute of Technology |
Michele Flammini | Gran Sasso Science Institute |
Fang Fei | Carnegie Mellon University |
Haris Aziz | UNSW Sydney and Data61 CSIRO |
Daniel Hennes | |
Marc Lanctot | DeepMind |
Amos Azaria | Ariel University |
Ioannis Caragiannis | Aarhus University |
Frans Oliehoek | Delft University of Technology |
Kobi Gal | Ben-Gurion University and University of Edinburgh |
Tibor Bosse | Radboud Universiteit |
Mathijs de Weerdt | Delft University of Technology |
Bo Li | University of Illinois at Urbana-Champaign |
Jakob Foerster | University of Oxford |
Adish Singla | Max Planck Institute for Software Systems |
Özgür Şimşek | University of Bath |
Rafael H. Bordini | School of Technology, PUCRS |
Pınar Yolum | Utrecht University |
Julian Padget | University of Bath |
Accepted Papers
# | Title | Authors |
1 | Embodied Team Intelligence in Multi-Robot Systems | Esmaeil Seraj |
2 | Fair Allocation Problems in Reviewer Assignment | Justin Payan |
3 | Budget Feasible Mechanisms in Auction Markets: Truthfulness, Diffusion and Fairness | Xiang Liu |
4 | Transferable Environment Poisoning: Training-time Attack on Reinforcement Learner with Limited Prior Knowledge | Hang Xu |
5 | Incentive Design for Equitable Resource Allocation: Artificial Currencies and Allocation Constraints | Devansh Jalota |
6 | Model-free and model-based reinforcement learning, the intersection of learning and planning | Piotr Januszewski |
7 | Task Generalisation in Multi-Agent Reinforcement Learning | Lukas Schäfer |
8 | Towards Multi-Agent Interactive Reinforcement Learning for Opportunistic Software Composition in Ambient Environments | Kevin Delcourt |
9 | Designing Mechanisms for Participatory Budgeting | Simon Rey |
10 | Collaborative Training of Multiple Autonomous Agents | Filippos Christianos |
11 | The coaching scenario: Recommender Systems with a long term goal. A Case Study in Changing Dietary Habits | Jules Vandeputte |
12 | Empathetic Reinforcement Learning Agents | Manisha Senadeera |
13 | Non-Cooperative Multi-Robot Planning Under Shared Resources | Anna Gautier |
14 | Data-driven approaches for formal synthesis of dynamical systems | Milad Kazemi |
15 | Exploration and Communication for Partially Observable Collaborative Multi-Agent Reinforcement Learning | Raphaël Avalos |
16 | Manipulation of Machine Learning Algoirhtms | Nicholas Bishop |
17 | Online learning against Strategic Adversary | Le Cong Dinh |
18 | Using multi-objective optimization to generate timely responsive BDI agents | Marcio F. Stabile Junior |
19 | The Reputation Lag Attack | Sean Sirur |
20 | Engineering Normative and Cognitive Agents with Emotions and Values | Sz-Ting Tzeng |
Doctoral Consortium Programme Committee (Reviewers)
Name | Affiliation |
Diana Francisca Adamatti | Universidade Federal do Rio Grande |
Christopher Amato | Northeastern University |
Leila Amgoud | IRIT – CNRS |
Francesco Amigoni | Politecnico di Milano |
Bo An | Nanyang Technological University |
Ofer Arieli | The Academic College of Tel-Aviv |
Haris Aziz | UNSW Sydney and Data61 CSIRO |
Matteo Baldoni | Dipartimento di Informatica, Univ. di Torino |
Timothy Bickmore | Northeastern University |
Célia da Costa Pereira | Université Côte d’Azur |
John Dickerson | University of Maryland |
Edith Elkind | University of Oxford |
Fei Fang | Carnegie Mellon University |
Christopher Frantz | Norwegian University of Science and Technology |
Enrico Gerding | University of Southampton |
Maria Gini | University of Minnesota |
Dirk Heylen | University of Twente |
Hannes Högni Vilhjálmsson | Reykjavik University |
Jérôme Lang | CNRS, LAMSADE, Université Paris-Dauphine |
Victor Lesser | University of Massachusetts Amherst |
Bo Li | University of Illinois at Urbana-Champaign |
Dominique Longin | CNRS, IRIT |
Michael Luck | King’s College London |
Reshef Meir | Technion-Israel Institute of Technology |
Frans Oliehoek | Delft University of Technology |
Simon Parsons | University of Lincoln |
David Pynadath | University of Southern California |
Jordi Sabater Mir | IIIA-CSIC |
Sebastian Sardina | RMIT University |
Silvia Schiaffino | ISISTAN, Instituto Superior de Ingeniería de Software Tandil (CONICET – UNCPBA) |
Francois Schwarzentruber | École normale supérieure de Rennes |
Sandip Sen | University of Tulsa |
Arunesh Sinha | Singapore Management University |
Mohan Sridharan | University of Birmingham |
Samarth Swarup | University of Virginia |
Paolo Torroni | University of Bologna |
Long Tran-Thanh | University of Warwick |
Harko Verhagen | Dept. of Computer and Systems Sciences, Stockholm University |
Makoto Yokoo | Kyushu University |