Title: Universal decision rule approximations for dynamic decision-making under uncertaintySpeaker: Phebe VayanosAffiliation: Department of Computing - Imperial College LondonLocation: Room 217-218 Huxley BuildingTime: 5:00pmAbstract. About the speaker.

Title: Multistage Stochastic Portfolio Optimisation in Deregulated Electricity Markets Using Linear Decision RulesSpeaker: Paula RochaAffiliation: Department of Computing - Imperial College LondonLocation: Room 217-218 Huxley BuildingTime: 5:00pmAbstract. The deregulation of electricity markets often poses great financial risks to retailers who procure electric energy on the spot market to satisfy their customers' electricity demand. To hedge... Read more »

Title: A Stochastic Capacity Expansion Model for the UK Electricity SystemSpeaker: Angelos GeorghiouAffiliation: Department of Computing - Imperial College LondonLocation: Room 217-218 Huxley BuildingTime: 5:30pmAbstract. Energy markets are currently undergoing one of their most radical changes in history. On one hand, market liberalisation leads to a shift from state-owned utilities with a focus on failure... Read more »

Title: Performance-Based Contracts for Outpatient Medical ServicesSpeaker: Dr. Houyuan Jiang - Senior Lecturer in Management ScienceAffiliation: Judge Business School - University of CambridgeLocation: Room 218 Huxley BuildingTime: 2:00pmAbstract. In recent years, the performance-based approach to contracting for medical services has been gaining popularity across different healthcare delivery systems, both in the US (under the name... Read more »

Title: Complexity and heuristics in stochastic optimizationSpeaker: Prof. Teemu Pennanen - Professor of Mathematical Finance Probability and StatisticsAffiliation: King's College LondonLocation: Room 218 Huxley BuildingTime: 2:00pmAbstract. Combining recent results on numerical integration and convex optimization, we derive a polynomial bound on the worst case complexity of a class of static stochastic optimization problems. We then... Read more »

Title: Enclosing with Simple BodiesSpeaker: Dr. Selin Damla Ahipasaoglu - research officerAffiliation: Management Science Group at LSELocation: Room 217 Huxley BuildingTime: 2:00pmAbstract. The Minimum Volume Enclosing Ellipsoid and Minimum Enclosing Ball problems are related to covering a given set of points with an ellipsoid or a ball with the smallest volume possible. These problems have... Read more »

Title: The Long-run Impact of Wind Power on Electricity Prices and Generating Capacity (joint work with Nicholas Vasilakos)Speaker: Prof. Richard Green - Alan and Sabine Howard Professor of Sustainable Energy Business at Imperial College Business SchoolAffiliation: Imperial College LondonLocation: Room 344A Huxley BuildingTime: 2:00pmAbstract. This paper uses a market equilibrium model to calculate how the... Read more »

Title: Payment Rules through Discriminant-Based ClassifiersSpeaker: Prof. David ParkesAffiliation: School of Engineering and Applied Sciences at Harvard UniversityLocation: Room 217-218 Huxley BuildingTime: 2:00pmAbstract. In mechanism design it is typical to impose incentive compatibility and then derive an optimal mechanism subject to this constraint. By replacing the incentive compatibility requirement with the goal of minimizing expected... Read more »

Title: Lifting Methods for Generalized Semi-Infinite ProgramsSpeaker: Dr. Boris HouskaAffiliation: Centre for Process Systems Engineering at Imperial CollegeLocation: Room 217 Huxley BuildingTime: 3:00pmAbstract. In this talk we present numerical solution strategies for generalized semi-infinite optimization problems (GSIP), a class of mathematical optimization problems which occur naturally in the context of design centering problems, robust optimization... Read more »

Title: Development and application of automatic force field parameterization software for molecular simulationSpeaker: Dr. Lee-Ping WangAffiliation: Stanford UniversityLocation: Room 218Time: 2:00pmAbstract. Force fields are empirical potential energy functions that describe molecules and their interactions; they constitute the physical foundation for simulations of atomic and molecular motion. The accuracy of a force field is determined by... Read more »