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Differences between revisions 103 and 124 (spanning 21 versions)
⇤ ← Revision 103 as of 2018-10-08 17:07:28 →
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Editor: DanielaZaharie
Comment:
← Revision 124 as of 2024-10-07 16:57:48 → ⇥
Size: 9302
Editor: DanielaZaharie
Comment:
Deletions are marked like this. Additions are marked like this.
Line 4: Line 4:
||Mihai Chis ||Group theory; Computational algebra ||
Line 5: Line 6:
||Mihai Chis ||Group theory; Computational algebra || ||Cristian Cira ||HPC, Blockchain, Computer Architecture ||
Line 7: Line 8:
||[[http://staff.fmi.uvt.ro/~isabela.dramnesc|Isabela Dramnesc]] ||Automated reasoning || ||Ioan Dragan ||Cloud Computing, Formal Verification, First-Order Logic, Automated Theorem Proving ||
||[[http://staff.fmi.uvt.ro/~isabela.dramnesc|Isabela Dramnesc]] ||Automated Reasoning, Algorithm Synthesis ||
Line 9: Line 11:
||[[http://staff.fmi.uvt.ro/~marc.frincu|Marc Frincu]] ||Grid computing; Tasks scheduling ||
||Fortis Teodor Florin ||Workflows; web technologies; Ontologies ||		 ||[[http://staff.fmi.uvt.ro/~marc.frincu|Marc Frincu]] ||Cloud computing; Tasks scheduling; Big Data ||
||Teodor Florin Fortis ||Workflows; web technologies; Ontologies ||
Line 12: Line 14:
||Victoria Iordan ||Mathematical models in flight control; Workflows; Ontologies ||
||[[http://tcs.ieat.ro/members/gistrate|Gabriel Istrate]] ||Combinatorical and game-theoretic models in theoretical computer science; Computational complexity; Combinatorial models of complex systems ||
||Gabriel Iuhasz ||Multiagent systems; Video games ||
||[[http://staff.fmi.uvt.ro/~eva.kaslik|Eva Kaslik]] ||Mathematical models in aerospace science; Neural network dynamics ||		 ||Darius Galis || Cybersecurity; Pattern analysis; Malware detection ||
||[[http://staff.ieat.ro/~iuhasz.gabriel|Gabriel Iuhasz]] ||Multiagent systems; Machine Learning; Cloud Computing; Strategic games ||
||Todor Ivascu ||Multi-agent Systems; e-Health Systems; Machine Learning ||
||[[http://staff.fmi.uvt.ro/~eva.kaslik|Eva Kaslik]] ||Differential equations with fractional order; Delayed differential equations; Neural networks dynamics; Mathematical models in biology; ||
Line 19: Line 21:
||Stelian  Mihalas ||Number theory; Graph theory ||
||Cristina Mindruta ||Workflows; Web services; Ontologies ||		 ||[[http://staff.fmi.uvt.ro/~cristina.mindruta|Cristina Mindruta]] ||Workflows; Web services; Ontologies ||
Line 23: Line 24:
||[[https://staff.fmi.uvt.ro/~darian.onchis|Darian Onchis]] ||Signal and image processing; Bioinformatics ||
||[[https://staff.fmi.uvt.ro/~silviu.panica|Silviu Panica]] ||Cloud computing; High Performance Computing ||		 ||[[https://staff.fmi.uvt.ro/~darian.onchis|Darian Onchis]] ||Signal and image processing; Bioinformatics; Machine learning ||
||[[https://staff.fmi.uvt.ro/~silviu|Silviu Panica]] ||Distributed Computing, Grid Computing, Cloud computing; High Performance Computing ||
Line 28: Line 29:
||Adriana Popovici ||Cellular automata || ||[[https://staff.fmi.uvt.ro/~adriana.popovici|Adriana Popovici]] ||Cellular automata ||
Line 30: Line 31:
||Mario Reja ||Data Compression; Pattern Matching; High Performance Computing ||
||Florin Rosu ||Parallel Computing ||
Line 31: Line 34:
||Teodora Selea ||Deep Neural Networks; Semantic Segmentation; Satellite Image Processing ||
||Florin Spataru ||Distributed Computing; Scheduling Algorithms; Blockchain ||
||Sebastian Stefaniga || Image Processing; High Performance Computing; Medical Informatics; Machine Learning ||
Line 32: Line 38:
||[[https://staff.fmi.uvt.ro/~daniela.zaharie|Daniela Zaharie]] ||Evolutionary computing; Nature inspired metaheuristics; Machine learning; Data mining || ||[[https://staff.fmi.uvt.ro/~daniela.zaharie|Daniela Zaharie]] ||Evolutionary computing; Nature-inspired metaheuristics; Machine learning; Data mining ||
Line 37: Line 43:
||[[http://www.info.uvt.ro/~balint|Balint Stefan]] ||Mathematical models in nano-technology, flight control, neural networks dynamics ||
||Jebelean Tudor ||Automated Reasoning; Logic and Programming ||		 ||[[http://www.info.uvt.ro/~balint|Stefan Balint]] ||Mathematical models in nano-technology, flight control, neural networks dynamics ||
||Tudor Jebelean||Automated Reasoning; Logic and Programming ||
||[[http://staff.ieat.ro/~victoria.iordan|Victoria Iordan]] ||Mathematical models in flight control; Workflows; Ontologies ||
||[[http://tcs.ieat.ro/members/gistrate|Gabriel Istrate]] ||Combinatorical and game-theoretic models in theoretical computer science; Computational complexity; Combinatorial models of complex systems ||
||Stelian Mihalas ||Number theory; Graph theory ||
||Petru Radu ||Computer vision; Biometrics ||
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||Diogen Babuc || Machine Learning; Image Processing ||
||Damian Beles || Distributed Computing; Blockchain Technologies ||
||Victor Bogdan || Complex Networks Analysis; Image Processing ||
||Bogdan Butunoi ||Computational Intelligence; Prediction Models; Monitoring Systems for Diabetes ||
||Alina Carunta ||Multi-agent systems; Complex Networks Analysis ||
||Codrut Chis || Virtual Reality ||
||Robert Colca || Distributed Computing; Blockchain technologies ||
||Flavia Costi || Machine Learning; Explainable Artificial Intelligence ||
||Emanuel Covaci || Deep Learning; Medical Imaging; Pattern Doscovery in Biological Systems ||
Line 43: Line 62:
||Elena Flondor || Machine Learning; Deep Learning ||
||Fabian Galis || Explainable AI; Peptide structure prediction ||
||Dacian Goina || Anomaly detection; Big Data; Machine Learning||
||Theodor Grumeza || Robotics ||
||Eduard Hogea || Symbolic AI; Explainable AI; Deep Learning; Incremental Learning||
||Alexandru Ionascu ||Computer Vision; Machine Learning ||
||Ciprian Jichici ||Knowledge Discovery; Cloud Computing ||
||Roxana Mafteiu-Scai || Machine Learning; Metaheuristic Algorithms; Scheduling Problems||
||Ionut Matei || Cryptography ||
||Madalina Mitran || Stochastic Optimization; Metaheuristics ||
||Otilia Muntean || Artificial Intelligence and Knowledge Extraction from Data ||
||Alexandru Munteanu || Cloud Computing||
||Mihai Plesu ||Analysis of Biological Networks; Bioinformatics ||
||George Prejban || Cybersecurity; Malware Detection ||
||Larisa Puiu || Digital twins; Machine learning||
||Marco Radovancovici ||Cybersecurity ||
||Ioan Samoila || Machine Learning; Incremental Learning Algorithms ||
||Ariana Serpar|| Deep Learning; Predictive maintenance||
||Rebeca Tonu || Cybersecurity; Blockchain Technologie||
||Raul Urechiatu || Machine Learning and Big Data||
||Alexandru Vlasiu || Machine Learning; Data Mining; Applications in Psychology||

=== Master students ===
||Ioan Cristian Schuszter (former) ||Deep Learning; Natural Language Processing ||
||Anca Vulpe (former) ||Cloud computing; algorithm analysis (Mathlib4Space project) ||


=== Former Members ===
||[[http://www.alexanderagathos.com/|Alexander Agathos]] ||Parallel processing; Hyperspectral image processing; 3D Object segmentation; Surface reconstruction ||
||Liliana Braescu ||Mathematical models in crystal growth and biological processes ||
||Ciprian Craciun ||Cloud computing ||
||Stefan Maruster ||Computational mathematics; Numerical computing ||
||Victor-Ion Munteanu ||Multi-agent systems; Cloud computing ||
||Calin Sandru ||Intelligent systems ||


=== Former PhD Students ===
||Irina Artinescu ||Computational Mathematics; Image Processing ||
||Andrada Baban ||Parallel Computing; Image Processing ||
||Ioan Bistran ||Computational Mathematics ||
||Alin Brandusescu ||Game Theory; Machine Learning ||
||Kristijan Cincar ||Multi-agent systems; e-Health Systems ||
||Daniela Cojocaru ||Urban Planning; Data Mining; Metaheuristics ||
||Calin Cornigeanu ||Parallel Computing; Machine Learning ||
||Iulian Curcuianu ||Cloud Computing ||
Line 46: Line 110:
||Todor Ivascu ||Multi-agent Systems; e-Health Systems; Machine Learning ||
||Ciprian Jichici ||Knowledge Discovery; Cloud Computing ||
Line 50: Line 112:
||Alexandru Meca ||Remote Sensing; Geographical Information Systems ||
||Kristian Miok ||Biostatistics; Bayesian neural networks; Prediction Models ||
Line 51: Line 115:
||Kristian Miok ||Biostatistics; Bayesian neural networks; Prediction Models ||
Line 55: Line 118:
||Mihai Plesu ||Analysis of Biological Networks; Bioinformatics ||
Line 67: Line 129:




=== Former Members ===
||Alexander Agathos ||Parallel processing; Hyperspectral image processing; 3D Object segmentation; Surface reconstruction ||
||Liliana Braescu ||Mathematical models in crystal growth and biological processes ||
||Ciprian Craciun ||Cloud computing ||
||Stefan Maruster ||Computational mathematics; Numerical computing ||
||Victor-Ion Munteanu ||Multi-agent systems; Cloud computing ||
||Calin Sandru ||Intelligent systems ||
 ||Sorin Valcan ||Computer Vision; Machine Learning ||
||Cristian Vladu ||Knowledge Discovery; Ensemble Models; Multi-label Classification ||

Permanent Staff

Name

Research topics

Cosmin Bonchis

Information theory, Membrane computing, Parallel and distributed computing

Mihai Chis

Group theory; Computational algebra

Adrian Craciun

Automated reasoning

Cristian Cira

HPC, Blockchain, Computer Architecture

Mircea Dragan

Computational geometry

Ioan Dragan

Cloud Computing, Formal Verification, First-Order Logic, Automated Theorem Proving

Isabela Dramnesc

Automated Reasoning, Algorithm Synthesis

Madalina Erascu

Distributed (Cloud) Computing, Formal Verification, Automated Theorem Proving, Symbolic Computation (Computer Algebra)

Marc Frincu

Cloud computing; Tasks scheduling; Big Data

Teodor Florin Fortis

Workflows; web technologies; Ontologies

Mihail Gaianu

Computational geometry; Image processing

Darius Galis

Cybersecurity; Pattern analysis; Malware detection

Gabriel Iuhasz

Multiagent systems; Machine Learning; Cloud Computing; Strategic games

Todor Ivascu

Multi-agent Systems; e-Health Systems; Machine Learning

Eva Kaslik

Differential equations with fractional order; Delayed differential equations; Neural networks dynamics; Mathematical models in biology;

Mircea Marin

Declarative programming; Automated reasoning; Formal languages; Computer Algebra; Multiagent systems

Liviu Mafteiu Scai

Parallel computing, Numerical methods, Metaheuristics

Flavia Micota

Evolutionary computing, Bio-inspired metaheuristics

Cristina Mindruta

Workflows; Web services; Ontologies

Marian Neagul

Big data; Cloud computing; Satellite image processing; Machine learning

Viorel Negru

Intelligent systems; Multi-agent systems

Darian Onchis

Signal and image processing; Bioinformatics; Machine learning

Silviu Panica

Distributed Computing, Grid Computing, Cloud computing; High Performance Computing

Dana Petcu

Distributed computing; Grid computing; Cloud computing; Parallel computing

Daniel Pop

Knowledge discovery; Big data; High performance computing

Horia Popa

Knowledge discovery; Recommender systems

Adriana Popovici

Cellular automata

Ciprian Pungila

Intelligent systems; Anomaly detection

Mario Reja

Data Compression; Pattern Matching; High Performance Computing

Florin Rosu

Parallel Computing

Monica Sancira (Tirea)

Multiagent systems; Financial modeling

Teodora Selea

Deep Neural Networks; Semantic Segmentation; Satellite Image Processing

Florin Spataru

Distributed Computing; Scheduling Algorithms; Blockchain

Sebastian Stefaniga

Image Processing; High Performance Computing; Medical Informatics; Machine Learning

Adriana Tanasie

Mathematical models in crystal growth

Daniela Zaharie

Evolutionary computing; Nature-inspired metaheuristics; Machine learning; Data mining

Associated Members

Name

Research topics

Stefan Balint

Mathematical models in nano-technology, flight control, neural networks dynamics

Tudor Jebelean

Automated Reasoning; Logic and Programming

Victoria Iordan

Mathematical models in flight control; Workflows; Ontologies

Gabriel Istrate

Combinatorical and game-theoretic models in theoretical computer science; Computational complexity; Combinatorial models of complex systems

Stelian Mihalas

Number theory; Graph theory

Petru Radu

Computer vision; Biometrics

PhD Students

Diogen Babuc

Machine Learning; Image Processing

Damian Beles

Distributed Computing; Blockchain Technologies

Victor Bogdan

Complex Networks Analysis; Image Processing

Bogdan Butunoi

Computational Intelligence; Prediction Models; Monitoring Systems for Diabetes

Alina Carunta

Multi-agent systems; Complex Networks Analysis

Codrut Chis

Virtual Reality

Robert Colca

Distributed Computing; Blockchain technologies

Flavia Costi

Machine Learning; Explainable Artificial Intelligence

Emanuel Covaci

Deep Learning; Medical Imaging; Pattern Doscovery in Biological Systems

Roxana Dogaru

Knowledge Discovery; Medical Data Analysis

Elena Flondor

Machine Learning; Deep Learning

Fabian Galis

Explainable AI; Peptide structure prediction

Dacian Goina

Anomaly detection; Big Data; Machine Learning

Theodor Grumeza

Robotics

Eduard Hogea

Symbolic AI; Explainable AI; Deep Learning; Incremental Learning

Alexandru Ionascu

Computer Vision; Machine Learning

Ciprian Jichici

Knowledge Discovery; Cloud Computing

Roxana Mafteiu-Scai

Machine Learning; Metaheuristic Algorithms; Scheduling Problems

Ionut Matei

Cryptography

Madalina Mitran

Stochastic Optimization; Metaheuristics

Otilia Muntean

Artificial Intelligence and Knowledge Extraction from Data

Alexandru Munteanu

Cloud Computing

Mihai Plesu

Analysis of Biological Networks; Bioinformatics

George Prejban

Cybersecurity; Malware Detection

Larisa Puiu

Digital twins; Machine learning

Marco Radovancovici

Cybersecurity

Ioan Samoila

Machine Learning; Incremental Learning Algorithms

Ariana Serpar

Deep Learning; Predictive maintenance

Rebeca Tonu

Cybersecurity; Blockchain Technologie

Raul Urechiatu

Machine Learning and Big Data

Alexandru Vlasiu

Machine Learning; Data Mining; Applications in Psychology

Master students

Ioan Cristian Schuszter (former)

Deep Learning; Natural Language Processing

Anca Vulpe (former)

Cloud computing; algorithm analysis (Mathlib4Space project)

Former Members

Alexander Agathos

Parallel processing; Hyperspectral image processing; 3D Object segmentation; Surface reconstruction

Liliana Braescu

Mathematical models in crystal growth and biological processes

Ciprian Craciun

Cloud computing

Stefan Maruster

Computational mathematics; Numerical computing

Victor-Ion Munteanu

Multi-agent systems; Cloud computing

Calin Sandru

Intelligent systems

Former PhD Students

Irina Artinescu

Computational Mathematics; Image Processing

Andrada Baban

Parallel Computing; Image Processing

Ioan Bistran

Computational Mathematics

Alin Brandusescu

Game Theory; Machine Learning

Kristijan Cincar

Multi-agent systems; e-Health Systems

Daniela Cojocaru

Urban Planning; Data Mining; Metaheuristics

Calin Cornigeanu

Parallel Computing; Machine Learning

Iulian Curcuianu

Cloud Computing

Marcela Farcasescu

Cloud Computing

Adriana Iliasa

Machine Learning; Big Data

Bogdan Irimie

Cloud Computing

Lucian Luca

Intelligent Systems

Emanuela Mafteiu

Metaheuristic Algorithms

Alexandru Meca

Remote Sensing; Geographical Information Systems

Kristian Miok

Biostatistics; Bayesian neural networks; Prediction Models

Dong Nguyen

Cloud Computing; Big Data; Machine Learning

Liviu Oana

Numerical Modelling; High Performance Computing

Marius Penteliuc

Cloud Computing; Image Processing

Gheorghe Petrov

Data Mining

Aurelian Radoaca

Automated Reasoning

Mario Reja

Data Compression; Pattern Matching; High Performance Computing

Florin Rosu

Parallel Computing

Ioan Rotar

Cloud Computing

Doru Rotovei

Machine Learning; Multi-Agent Systems; CRM systems

Teodora Selea

Deep Neural Networks; Semantic Segmentation; Satellite Image Processing

Roxana Sichitiu

Cloud Computing; Computational Astrophysics

Florin Spataru

Distributed Computing; Scheduling Algorithms

Sebastian Stefaniga

Image Processing; High Performance Computing

Carmen Terei

Distributed Computing

Thuy Trieu

Cloud Computing

Sorin Valcan

Computer Vision; Machine Learning

Cristian Vladu

Knowledge Discovery; Ensemble Models; Multi-label Classification

E-mail addresses of current members: name.surname@e-uvt.ro

People (last edited 2024-10-07 16:57:48 by DanielaZaharie)