Theory (Verification and Control)
Stochastic Dynamical and Control Systems
Stochastic Hybrid Systems
General State-Space Models
Automated Formal Verification (over temporal specifications)
Abstractions, (Bi)Simulations, Compositions
Stochastic Optimal Control (DP), Correct-by-Design Automated Synthesis (CEGIS)
Switched, Hybrid, and Discrete-Event (e.g., MPL) Systems
Analysis (e.g., Reachability), Finite Abstractions, Automated Verification, Symbolic Control Synthesis
Certified Learning, and Learning for Verification
Bayesian inference, reinforcement learning, and game theory
Applications
Cyber-Physical Systems (Energy Systems and Networks)
Safety Critical Systems (Automotive, Space)
Systems Biology
Software
Find it here
More details on my Research Group page: Oxford Control and Verification (OXCAV)
Research support is gratefully acknowledged to:
RTE
The Alan Turing Institute, London
EDF Research UK
Oxford University Press
Pitch In fund
Innovate UK (KTP and HICLASS project)
NVIDIA, Denso, Toyota, ZF
the Lucy Halsall fund
The European Commission, 7th Framework Program
NWO, the Netherlands Organization for Scientific Research
The European Commission, MC Actions
The French-Dutch Academy of Sciences