Name
Affiliation
Papers
GYÖRGY VASZIL
Computer and Automation Research Institute, Hungarian Academy of Sciences, H-1111 Budapest, Kende u. 13-17, Hungary. vaszil@sztaki.hu
75
Collaborators
Citations 
PageRank 
46
277
40.65
Referers 
Referees 
References 
193
229
365
Search Limit
100229
Title
Citations
PageRank
Year
Rough-Set-Like Approximation Spaces for Formal Languages.00.342022
Local time membrane systems and time Petri nets00.342020
On the classes of languages characterized by generalized P colony automata.00.342018
On the Complexity of a Mildly Context-Sensitive Language Class.00.342018
Deterministic Parsing with P Colony Automata.00.342018
TCS Special Issue on Languages and Combinatorics in Theory and Nature.00.342017
Generalized P Colony Automata and Their Relation to P Automata.00.342017
Watson-Crick T0L Systems and Red-Green Register Machines.10.372017
On Lindenmayer Systems with Dynamic Control of Parallelism.00.342016
Simulating P systems with membrane dissolution in a chemical calculus.10.352016
Chemical Term Reduction with Active P Systems.00.342016
A Connection Between Red-Green Turing Machines and Watson-Crick T0L Systems.10.372015
Regulating Rule Application with Membrane Boundaries in P Systems.00.342015
Dynamically Changing Environment for Generalized Communicating P Systems.20.412015
Deterministic One-Way Turing Machines with Sublinear Space.10.352015
On The Power Of P Automata30.402013
On Counter Machines versus dP Automata.00.342013
Deterministic one-way Turing machines with sublinear space bounds.00.342013
On the Nonterminal Complexity of Tree Controlled Grammars.00.342012
Blackhole Pushdown Automata20.432011
Variants of distributed p automata and the efficient parallelizability of languages00.342011
Expanding Formal Language And Automata Theory: Bio-Inspired Computational Models00.342011
Finite dp automata versus multi-head finite automata30.442011
Cooperating distributed grammar systems: components with nonincreasing competence10.352011
On the number of components and clusters of non-returning parallel communicating grammar systems00.342011
On the parallelizability of languages accepted by P automata30.482011
Pc Grammar Systems With Clusters Of Components10.362011
Variants Of Competence-Based Derivations In Cd Grammar Systems10.352010
On the Descriptional Complexity of Context-Free Non-returning PC Grammar Systems.00.342010
Scattered context grammars generate any recursively enumerable language with two nonterminals30.412010
On generalized communicating P systems with one symbol70.602010
Blackhole State-Controlled Regulated Pushdown Automata.20.522010
Dynamically Formed Clusters Of Agents In Eco-Grammar Systems20.402009
Variants Of P Colonies With Very Simple Cell Structure100.802009
On The Size Complexity Of Non-Returning Context-Free Pc Grammar Systems10.362009
Automata-like Membrane Systems - A Natural Way to Describe Complex Phenomena.10.352008
(Mem)brane automata30.392008
Tissue-Like P Systems With Dynamically Emerging Requests00.342008
Some New Modes of Competence-Based Derivations in CD Grammar Systems30.412008
Top-down deterministic parsing of languages generated by CD grammar systems00.342007
P systems with string objects and with communication by request10.362007
On small universal antiport P systems110.882007
On Competence In Cd Grammar Systems With Parallel Rewriting50.542007
Grammar Systems versus Membrane Computing: The Case of CD Grammar Systems50.512007
Self-assembly of strings and languages70.612007
On leftmost derivations in CD grammar systems.10.402007
On the Computational Complexity of P Automata301.892006
On The Number Of Active Symbols In Lindenmayer Systems10.432006
Ciliate bio-operations on finite string multisets10.352006
P finite automata and regular languages over countably infinite alphabets50.642006
  • 1
  • 2