Decision Optimization
Decision Optimization
We’re passionate about the infusion of structured methods, such as mathematical optimization, game theory and reinforcement learning into decision-making processes at scale, thereby using AI to help make better decisions and providing significant benefits to enterprises.
We’re passionate about the infusion of structured methods, such as mathematical optimization, game theory and reinforcement learning into decision making processes at scale, thereby using AI to help make better decisions and providing significant benefits to enterprises.
We invite collaborations in our core research areas:
1.
Scientific methods at the intersection of data science, AI, and optimization intended to scale the use of optimization solutions by reducing by orders of magnitude the time and skills required to create optimization models.
2.
Advancing the science of multi-party decision making in enterprise scenarios, through theoretical advancements and practical application of game theory, algorithmic game theory, and multi-agent reinforcement learning.
3.
Creation of new optimization algorithms and methods.
Collaboration
Scaling optimization usage
Driving the science of end-to-end prediction to optimization pipelines by taking advantage of the fact that the ultimate goal of the prediction pipeline is optimization.
With Bistra Dilkina (University of Southern California) and Andrea Lodi (Jacobs Technion-Cornell Institute).
Definitional deficiencies of game theory
Games assume a fixed set of players. There's a need for new solution concepts accounting for players being able to leave the game.
With Miklós Pintér (Budapest University of Technology and Economics) and Eilon Solan (Tel-Aviv University)
Computational tractable multi-party solution concepts
Game theory typically assumes unbounded computational ability. There's a requirement for computationally efficient algorithms for centralized and coordinated multi-party decision making.
With Mathias Staudigl (Maastricht University), Barbara Franci (Barbara Franci) and Matúš Mihalák (Maastricht University).
Dealing with partial knowledge in real world settings
Reasoning with partial knowledge such as incomplete information about other players, partial information revelation, and incentivizing truthful knowledge revelation.
With János Flesch (Maastricht University), Miklós Pintér (Budapest University of Technology and Economics), and Elisheva Shamash (Technion).
Learning in supply chain Games
With Nicolò Cesa-Bianchi (Degli Studi di Milano University) and Marco Scarsini (Luiss University).
Sample Publications
Title | Author | Year | Conference/Journal | |
---|---|---|---|---|
Ensuring the Quality of Optimization Solutions in Data Generated Optimization Models | Segev Wasserkrug, Orit Davidovich, Evegeny Shindin, Dharmashankar Subramanian, Parikshit Ram, Pavankumar Murali, Dzung Phan, Nianjun Zhou and Lam M. Nguyen | 2021 | Data Science Meets Optimisation, IJCAI 2021 Workshop | Link |
Ranking Data Slices for ML Model Validation: A Shapley Value Approach | Eitan Farchi, Ramasuri Narayanam, Lokesh Nagalapatti | 2021 | 2021 IEEE 37th International Conference on Data Engineering (ICDE) | Link |
Broadly Applicable Targeted Data Sample Omission Attacks | Guy Barash, Eitan Farchi, Sarit Kraus, and Onn Shehory | 2021 | International Workshop on Safety and Security of Machine Learning | Link |
A Game Theoretic Model for Strategic Coopetition in Business Networks | Segev wasserkrug and Eitan Farchi | 2021 | INFORMS 2021 annual meeting | |
A Game Theoretic Model for Strategic Coopetition in Business Networks | Segev wasserkrug and Eitan Farchi | 2020 | Wine 2020 Game Theory for Blockchain Workshop | Link |
Attention Actor-Critic algorithm for Multi-Agent Constrained Co-operative Reinforcement Learning | P. Parnika, Raghuram Bharadwaj Diddigi, Sai Koti Reddy Danda, and Shalabh Bhatnagar | 2021 | AAMAS 2021 | Link |
Learner-Independent Data Omission Attacks | Guy Barash, Onn Shehory, Sarit Kruas, Eitan Farchi | 2020 | EDSMLS 2020 | Link |
IBM Crew Pairing and Rostering Optimization (C-PRO) Technology with MDP for Optimization Flow Orchestration | Vladimir Lipets, and Alexander Zadorojniy | 2021 | Springer Nature | Link |
Industrial student projects
If you are a student with a relevant background in exact science disciplines or engineering and want to hear more about this and other opportunities, please contact us.
Empirical analysis of learning in multi-party decision making settings
Dr. Segev Wasserkrug , Dr. Eitan Farchi and Dr. Takayuki Osogami, at the Technion
Awards
Regret minimization in supply chain games 2021 Faculty Award
Nicolò Cesa-Bianchi, Professor of Computer Science, Dipartimento di Informatica & Data Science Research Center, Università degli Studi di Milano, Italy
Research on continuous-time linear programming 2020 Faculty Award
Gideon Weiss, Professor Emeritus, University of Haifa
Talks, workshops
& tutorials
AI4DO Workshop
The AAAI-22 workshop on AI for Decision Optimization (AI4DO) will explore how AI can be used to significantly simplify the creation of efficient production level optimization models, thereby enabling their much wider application and resulting business value.The desired outcome of this workshop is to drive forward research and seed collaborations in this area by bringing together machine learning and decision-making from the lens of both dynamic and static optimization models.
Dharmashankar Subramanian & Segev Wasserkrug
Radical simplification for the creation of optimization models
Talk at INFORMS 2021
Alexander Zadorojniy, Takayuki Osogami
A Strongly Polynomial Algorithm For Risk Constrained Problems
Talk at INFORMS 2021
Segev Wasserkrug, Eitan Farchi, Nimrod Megiddo
A Game Theoretic Model For Strategic Coopetition In Business Networks
Talk at INFORMS 2021
More talks
Alexander Zadorojniy & Segev Wasserkrug
MDP Graph-based Intermediate Model for DRL Training
Talk at INFORMS 2020
Dharmashankar Subramanian, Segev Wasserkrug, Pavankumar Murali,
Dzung Phan, Parikshit Ram, Orit Davidovich, Xavier Ceugniet,
Ferenc Katai
Data And Knowledge Driven Optimization Model Generation For Flow Based Optimization Problems
Talk at INFORMS 2021
Ferenc Katai, Evgeny Shindin
Multi-objective Optimization and its Pareto Extension
Talk at INFORMS 2021
Segev Wasserkrug, Alexander Zadorojniy, Dharmashankar Subramanian
Automated Derivation Of MDP And Reinforcement Learning Models From Historical Data
Talk at INFORMS 2020
Let's talk
Want to collaborate? We're always happy to talk. Feel free to get in touch.
Segev Wasserkrug
Decision Optimization Area Focal Point
Working together
with IBM Research - Israel
Our published papers
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