BME Matematikai- és Számítástudományi Doktori Iskola > Témajavaslatok


2020-ban meghirdetett PhD témák

Supervisor

Department/Institute

Thesis proposal

BÁRÁNY Balázs

Department of Stochastics

Dimension theory of dynamical systems

BOZÓKI Sándor

SZTAKI - Institute for Computer Science and Control

Solving systems of nonlinear equations

CSÁJI Balázs Csanád

SZTAKI - Institute for Computer Science and Control

Reinforcement Learning

CSÁJI Balázs Csanád

SZTAKI - Institute for Computer Science and Control

Statistical Learning

G. HORVÁTH Ágota

Department of Analysis

Exceptional orthogonal polynomials

DOMOKOS Gábor, LÁNGI Zsolt

Department of Geometry

Morphodynamics of convex solids

DOMOKOS Gábor, LÁNGI Zsolt

Department of Geometry

Convex mosaics

HORVÁTH Róbert

Department of Analysis

Qualitative investigation of the numerical solutions of partial differential equations

IVANYOS Gábor

Department of Algebra

Algebraic methods in quantum information processing

IVANYOS Gábor

Department of Algebra

Graphs, algebra and algorithms

KÁLMÁN Orsolya

Wigner Research Centre for Physics

Nonlinear protocols for quantum information processing

KATONA Y. Gyula

Department of Computer Science and Information Theory

Graph pebbling and rubbling

KISS Sándor

Department of Algebra

Sumsets and difference sets

KOVÁCS Edith Alice

Department of Differential Equations

Vine copula modelling in high dimension and applications

KOVÁCS Edith Alice

Department of Differential Equations

Dealing with the curse of dimensionality: divide and conquer exploiting the stochastic dependency structure encoded by its Markov network

KROÓ András

Department of Analysis

Optimal polynomial meshes, discretization of the uniform and integral norms of multivariate polynomials

LÁNGI Zsolt

Department of Geometry

Extremum problems in geometry

MATOLCSI Máté

Department of Analysis

Selected applications of Fourier analysis

MOLNÁR Lajos

Department of Analysis

Transformations on structures of matrices, operators, and functions

MOSONYI Milán

Department of Analysis

Quantum Information Theory

ORBÁN Gergő

Wigner Research Centre for Physics

Deep generative learning for understanding hierarchical computations in the visual system

ORBÁN Gergő

Wigner Research Centre for Physics

Neural code in the visual system: characterization of population using machine learning

PACH Péter Pál

Department of Computer Science and Information Theory

Applications of the polynomial method

PÉNI Tamás

SZTAKI - Institute for Computer Science and Control

Gaussian Processes in modeling and control of complex dynamical systems

PETE Gábor

Department of Stochastics

Noise sensitivity of Boolean functions, with applications to Markov chains in statistical physics and group theory

PINTÉR Miklós

Department of Differential Equations

Selected topics in Game Theory

RÁTH Balázs

Department of Stochastics

Self-organized critical random graph models

RÓNYAI Lajos

Department of Algebra

Algebraic methods in computer science

SIMON Károly

Department of Stochastics

Data-driven methods of complex networks

SIMON Károly

Department of Stochastics

Self-similar and self-conformal fractals

SIMON Károly

Department of Stochastics

Dimension theory of non-Markovian attractors and non-linear hyperbolic sets

SZABÓ Szilárd

Department of Geometry

Algebraic Geometric aspects of Moduli Spaces

SZIRMAI Jenő

Department of Geometry

Ball packings, coverings and Dirichlet-Voronoi cells in Thurston geometries

TELCS András

Wigner Research Centre for Physics

Causality analysis and dimension estimates

TELCS András

Wigner Research Centre for Physics

Network and Visual Analytics

TELCS András

Wigner Research Centre for Physics

Causality analysis in economy, ecology and other fields

TÓTH János

Department of Analysis

Appplications of algebraic methods in chemical reaction kinetics

VETŐ Bálint

Department of Stochastics

Asymptotics of exactly solvable models in the Kardar-Parisi-Zhang universality class

VÉRTESI Péter

Alfréd Rényi Institute of Mathematics

Lebesgue function,Lebesgue constant

VÉRTESI Péter

Alfréd Rényi Institute of Mathematics

Faber theorem and some of its generalizations

 

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Utolsó módosítás: 2020.11.16.