VICTOR
VM

VICTOR

MITRANA

University Department
SISTEMAS INFORMÁTICOS
Catedrático Universidad
2019-11-11
Grupo de investigacion
Grupo de Modelización Matemática y Biocomputación
Member
2015-03-03

Frequent topics

Applied MathematicsTheoretical Computer ScienceBiochemistry, Genetics and Molecular Biology (Miscellaneous)BiologyComputational Theory and MathematicsComputer Science (Miscellaneous)Mathematics, AppliedMathematicsInformation SystemsComputer Science ApplicationsComputer Science, Theory & MethodsComputer Science, Information Systems

Research areas (short description)

Perfil general
L-systems and applications in computer graphics
Data structures
Analysis and design of algorithms
DNA computing
Bioinformatics
Complexity Theory
Logics in computer science
Theory of parsing, translation and compiling
Automata and transducers
Formal languages
Programming languages: Pascal, C, C++
Combinatorics on Words (Infinite Sequences, Algorithms on words, DNA Sequence Analysis, Subword Complexity).
DNA Recombination, DNA computing (Splicing Systems, Language-Theoretical Models of the Genome Evolution, Structural Linguistics of Nucleic Acids, Membrane Computing, Solving Problems by DNA.
Formal Language Theory (Regulated Rewriting, Contextual Grammars, Grammar Systems, Descriptional Complexity, Natural Language Parsing, Tree-Adjoining Grammars.
Perfil general
L-systems and applications in computer graphics
Data structures
Analysis and design of algorithms
DNA computing
Bioinformatics
Complexity Theory
Logics in computer science
Theory of parsing, translation and compiling
Automata and transducers
Formal languages
Programming languages: Pascal, C, C++
Combinatorics on Words (Infinite Sequences, Algorithms on words, DNA Sequence Analysis, Subword Complexity).
DNA Recombination, DNA computing (Splicing Systems, Language-Theoretical Models of the Genome Evolution, Structural Linguistics of Nucleic Acids, Membrane Computing, Solving Problems by DNA.
Formal Language Theory (Regulated Rewriting, Contextual Grammars, Grammar Systems, Descriptional Complexity, Natural Language Parsing, Tree-Adjoining Grammars.