Computer literacy, etc. Key qualifications: General Twenty five years of teaching, research, training and project leadership in the areas of environmental statistical modelling groundwater, river flow, climate change, pollution, geostatisticsenvironmental risk analysis flood, earthquake, storm and hail hazard quantitative risk management credit risk, credit derivatives, geopricing in insurances and finances, asset valuation liquidity modelling, bubbles in asset prices in quantitative finance.
Training in design of experiments in part as a module of six sigma green or black belt trainings and computer experiments for optimal production in industry. Teaching The list below reflects the last 10 years of home works assembly pavia experience. On undergraduate level B. On graduate level M. I also teach Time Series Analysis, Introductory Stochastic Analysis and Mathematics of Financial Processes courses for actuarial and financial mathematics students and Advanced Statistics for informatics students.
On postgraduate level Ph. Since when the "Bologna" System introduced Ph. In Eötvös Loránd University I was and currently am home works assembly pavia for master level curriculum development of both Time Series Analysis and Mathematics of Financial Processes subjects and for the education of Geosciences students in Statistics in bachelor and master levels.
Specific During the introduction of the European Union's "Bologna" System for Higher Education in Hungary, inI elaborated and accredited before the National Accreditation Committee in co-operation with representatives of 3 other universities the core curriculum, compulsory for all universities in Hungary, of the subject "Time Series Analysis" for Mathematics and Applied Mathematics master students.
Similarly, joined by a colleague, I elaborated the curriculum for the master course "Mathematics of Financial Processes" in Eötvös Loránd and Corvinus Universities, approved and accepted as standard by the Senates of the two Universities.
Caccia al Tesoro Intercollegiale 2018
Research My early research period at home, in Russia and Japan is concerned with statistical estimation problems of Markov random fields and stochastic partial differential equations. After the very theoretical early works, consolidating my professional background, I turned to applied and interdisciplinary research in hydrogeology and meteorology, and later in insurances and quantitative finance.
Current research focuses on the fractal dimension of groundwater hydrographs, and the corresponding non-linear time series modelling, reconstrucitng the fractal character properly. By adequate monitoring, modelling and forecasting the flows of Rivers Tisza and Danube, our prediction of flood level returns enabled us to analyse possible flood damages, and estimate losses for insurance portfolios.
Both the government and international insurance companies used our model to their ends.
On the basis of dynamic factor analysis the exploration of latent stochastic connections among precipitation, infiltration, water extraction and the groundwater level in karstic and later in various other geological environments was the focus of attention of another research direction of mine. I constructed models for analysing the spatial dependence structure of risk in various products in the insurances business household, third party motor liability insurances.
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In co-operation with Morgan Stanley I developed a new model for simultaneous credit defaults and applied it to collateralized debt obligations CDO valuation using a novel non-linear interdependence what is a specific stochastic correlation structure. Current ongoing research addresses liquidity risk and modeling of the formation of bubbles in asset prices. Projects I directed and participated in numerous research projects see projects and grants of point 14both theoretical and applied, concerning estimation and prediction of time series and time series modelling of natural phenomena.
Let me specifically mention here parametric e. Specific experience in the region: Country.
For nationals of the Member States, this includes, in particular, the right to pursue a profession, in a self-employed or employed capacity, in a Member State other than the one in which they have obtained their professional qualifications. In addition, Article 47 1 of the Treaty lays down that directives shall be issued for the mutual recognition of diplomas, certificates and other evidence of formal qualifications. Ez a tagállamok állampolgárai számára biztosítja különösen azt a jogot, hogy önálló vállalkozóként vagy munkavállalóként valamely szakmát egy attól eltérő tagállamban gyakoroljanak, mint ahol szakmai képesítésüket megszerezték. Ezenkívül, a Szerződés