The repository implements some decision-making and contingency planning (contingency model predictive control) methods.

MetaOpt: Towards efficient heuristic design with quantifiable and confident performance

Multi-Stage Re-Identification Game Solver

Hierarchical Model-Free Transactional Control of Building Loads to Support Grid Services

This is a project in C++ (Eclipse IDE) that I developed as an undergraduate and expanded as a postgrad. It follows the IO literature and solves Cournot, Bertrand and Stackelberg models based on the user's input.

A project to compile meta actions into a PDDL representation that can be validated by a Stackelberg Planner

Learning agents in oligopolies (Cournot / Stackelberg) Agent-based model

A program which plays repeated 2-person Stackelberg pricing games as the leader under imperfect information, Largest profit reached 19.488 (3 d.p.) per trade against 3 different followers