Michael Huth
's Research Group
Current PhD Students or Research Associates
Patrick Ah-Fat
, supervise his PhD work on Secure Multi-Party Computations and Static Analysis
Andrea Callia D'Iddio
, supervise his PhD work on Satisfiability Modulo Theories and Mixed Integer Non-Linear Programming
Alfonso Delgado De Molina Rius
, supervise his PhD work on Legal Aspects of Smart Contracts
Sylvester Kaczmarek
, supervise his PhD work on Explainable Artificial Intelligence
Leif-Nissen Lundbaek
, supervise his PhD work on Block-Chain Technology for Financial Services
Razvan Nicolescu
, Postdoctoral Research Associate, Harnessing Economic and Social Value in IoT
Gone But Not Forgotten
Paul Beaumont
, supervised his PhD thesis
Model-based Analysis of Nuclear Arms Control Verification Processes
, graduated in 2017
Huaxin Wang, graduated June 2007 with MEng thesis
Framework for Under-Approximating Solutions of Parity Games in Polynomial Time
; graduated in October 2013 with PhD thesis
Solving Parity Games Through Fictitious Play
Adam Antonik, former PhD student from October 2005 to September 2008, thesis
Decision problems for partial specifications: empirical and worst-case complexity
Paul Bilokon, former PhD student (first supervisor was
Prof Abbas Edalat
)
Billiejoe (Nathaniel) Charlton, former PhD student from October 2004 to September 2008, thesis
Cooperatively combining program verifiers: foundation and tool support
Dr Harald Fecher, former DFG-funded postdoctoral visitor from April to November 2007
William Heaven, former PhD student (first supervisor was
Dr Alessandra Rousso
), graduated January 2008
Altaf Hussain (first supervisor was
Prof Ian Hodkinson
), former PhD Student, graduated April 2007
Jim Huan-Pu Kuo, RA, supervised his PhD Thesis
Parity Games: Descriptive Complexity and Algorithms for New Solvers
, graduated in 2014
Dr Nir Piterman
, EPSRC-funded Research Associate from August 2007 to September 2010
Dr Daniel Wagner
, former PhD student from April 2007 to October 2010, thesis
Finite-State Abstractions for Probabilistic Computation Tree Logic>