His research focuses on queueing theory, performance analysis, stochastic models of telecommunication systems, and numerical transform inversion.
Northern Ireland peace process | Peace process in the Israeli–Palestinian conflict | process | National Reorganization Process | Markov process | Solvay Process Company | United States budget process | Reading (process) | process theology | Process (computing) | Due Process Clause | Cementation process | Business process outsourcing | The Hammering Process | The Civilizing Process | stochastic process | RA-4 process | Process Media | process (computing) | Poisson process | Lamfalussy process | Inter-process communication | Hall-Héroult process | Dynamic stochastic general equilibrium | Dew Process | Collodion process | collodion process | Business process modeling | Business Process Management | Business process management |
He specializes in elementary particle physics (high energy physics) i.e. Soft Hadron Physics (1990), New AMY and DELPHI multiplicity data and the log-normal distribution (with co-authors; 1990), Genesis of the lognormal multiplicity distribution in the e² e²- collisions and other stochastic processes (with co-authors; 1990), Mystery of the negative binomial distribution (with co-authors; 1987), Constraints on multiplicity distribution of quark pairs (1985).
In stochastic processes, the Stratonovich integral (developed simultaneously by Ruslan L. Stratonovich and D. L. Fisk) is a stochastic integral, the most common alternative to the Itō integral.
In 2010, Michael Gunter et al. published a book on Symbolic calculation of K-shortest paths and related measures with the stochastic process algebra tool CASPA.
PEPA (Performance Evaluation Process Algebra), a stochastic process algebra designed for modelling computer and communication systems