Journal
Scientific and technical journal of information technologies, mechanics and optics
UDK004.4’232
Issue:8 (53)
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INHERITANCE OF AUTOMATA CLASSED WITH DYNAMIC PROGRAMMING LANGUAGES ON THE EXAMPLE OF RUBY
Annotation
Object-oriented programming with explicit state emphasis has advantages of object-oriented and automta-based paradigms. Main advantages of such an approach are scalability, flexibility and presence of mechanism for complex behaviour description on the base of finite state machines. Object-oriented and dynamic approaches for inheritance and embedding of automata classes in dynamic programming languages.
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Articles in current issue
- AUTOMATA-BASED PROGRAMMING PARADIGM
- APPLICATION OF GENETIC PROGRAMMING FOR GENERATION OF AUTOMATA HAVING A LOT OF INPUT VARIABLE
- APPLICATION OF GENETIC PROGRAMMING, FINITE STATE MACHINES AND NEURAL NETS FOR CONSTRUCTION OF CONTROL SYSTEM FOR UNNMANED AIRCRAFT
- APPLICATION OF GENETIC PROGRAMMING AND OF REDUCED TRANSITION TABLES METHOD AND OF DECISION TREES METHOD FOR CONSTRUCTING A CONTROL SYSTEM FOR A MODEL OF AN UNMANNED AIRCRAFT
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- DEVELOPMENT OF A TOOL FOR FINITE STATE MACHINE GENERATION WITH GENETIC ALGORTIHMS
- A METHOD OF REPRESENTING AUTOMATA WITH DECISION TREES FOR GENETIC PROGRAMMING
- APPLICATION OF GENETIC ALGORTIHMS FOR MOORE AUTOMATA AND SYSTEMS OF MEALY AUTOMATA CONSTRUCTION IN “ARTIFICIAL ANT” PROBLEM
- METHODS FOR OPTIMIZATION OF GENETIC ALGORITHMS CONSTRUCTING FINITE STATE MACHINES
- METHODS OF AUTOMATA-BASED PROGRAMS VERIFICATION
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- DEVELOPMENT OF CORECT JAVA CARD-APPLICATION WITH AUTOMATA-BASED APPROACH
- VERIFICATION OF INTERACTION OF PARTS OF A REACTIVE SYSTEM IMPLEMENTED USING AUTOMATA-BASED APPROACH
- AUTOMATIC DYNAMIC VERIFICATION OF AUTOMATA-BASED PROGRAMS
- DECLARATIVE APPROACH TO EMBEDDING AND INHERITANCE OF AUTOMATA CLASSES WITH IMPERATIVE PROGRAMMING LANGUAGES
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- A MACHINE LEARINIGN METHOD FOR COMPLX SYSTEMS WITH A LOT OF INPUT DATA AND OUTPUT ACTIONS