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Author ID: shalyto.a-a Recent zbMATH articles by "Shalyto, A. A."
Published as: Shalyto, A. A.
Documents Indexed: 37 Publications since 1981, including 1 Book
Co-Authors: 26 Co-Authors with 27 Joint Publications
13 Co-Co-Authors

Publications by Year

Citations contained in zbMATH Open

16 Publications have been cited 29 times in 13 Documents Cited by Year
Method of reduced tables for generation of automata with a large number of input variables based on genetic programming. Zbl 1308.68073
Polikarpova, N. I.; Tochilin, V. N.; Shalyto, A. A.
6
2010
SWITCH-technology. Algorithmization and programming of logical control problems. (SWITCH-tekhnologiya. Algoritmizatsiya i programmirovanie zadach logicheskogo upravleniya.) Zbl 0909.68118
Shalyto, A. A.
5
1998
SWITCH technology: An automated approach to developing software for reactive systems. Zbl 1038.68036
Shalyto, A. A.; Tukkel’, N. I.
3
2001
The use of evolutionary programming based on training examples for the generation of finite state machines for controlling objects with complex behavior. Zbl 1278.93175
Aleksandrov, A. V.; Kazakov, S. V.; Sergushichev, A. A.; Tsarev, F. N.; Shalyto, A. A.
2
2013
Inducing finite state machines from training samples using ant colony optimization. Zbl 1308.93165
Buzhinsky, I. P.; Ulyantsev, V. I.; Chivilikhin, D. S.; Shalyto, A. A.
2
2014
Algorithmic graph schemes and transition graphs: Their application in software realization of logical control algorithms. II. Zbl 0938.68750
Shalyto, A. A.
1
1996
Bounds on the realization complexity of Boolean formulas by tree circuits of tunable modules. Zbl 0484.94042
Artyukhov, V. L.; Kopeĭkin, G. A.; Shalyto, A. A.
1
1981
Graphical inheritance notation for state-based classes. Zbl 1154.68357
Shopyrin, D. G.; Shalyto, A. A.
1
2007
Tools for support of automata-based programming. Zbl 1154.68355
Gurov, V. S.; Mazin, M. A.; Narvsky, A. S.; Shalyto, A. A.
1
2007
Methods for constructing multifunctional logic modules. Zbl 1126.94367
Shalyto, A. A.
1
2004
Application of genetic algorithms for automatic construction of finite-state automata in the problem of flibs. Zbl 1308.90213
Lobanov, P. G.; Shalyto, A. A.
1
2007
Modules which are universal in the class of self-dual functions and in close classes. Zbl 1083.94545
Shalyto, A. A.
1
2001
Translating iterative algorithms into automaton ones. Zbl 1036.68065
Shalyto, A. A.; Tukkel’, N. I.
1
2002
Modified ant colony algorithm for constructing finite state machines from execution scenarios and temporal formulas. Zbl 1348.93155
Chivilikhin, D. S.; Ulyantsev, V. I.; Shalyto, A. A.
1
2016
Multiplexor method for realization of Boolean functions by circuits composed of arbitrary logical elements. Zbl 1110.94311
Shalyto, A. A.
1
2003
Modules with paraphase input variables that are universal in the class of all Boolean functions. Zbl 0926.94040
Shalyto, A. A.
1
1997
Modified ant colony algorithm for constructing finite state machines from execution scenarios and temporal formulas. Zbl 1348.93155
Chivilikhin, D. S.; Ulyantsev, V. I.; Shalyto, A. A.
1
2016
Inducing finite state machines from training samples using ant colony optimization. Zbl 1308.93165
Buzhinsky, I. P.; Ulyantsev, V. I.; Chivilikhin, D. S.; Shalyto, A. A.
2
2014
The use of evolutionary programming based on training examples for the generation of finite state machines for controlling objects with complex behavior. Zbl 1278.93175
Aleksandrov, A. V.; Kazakov, S. V.; Sergushichev, A. A.; Tsarev, F. N.; Shalyto, A. A.
2
2013
Method of reduced tables for generation of automata with a large number of input variables based on genetic programming. Zbl 1308.68073
Polikarpova, N. I.; Tochilin, V. N.; Shalyto, A. A.
6
2010
Graphical inheritance notation for state-based classes. Zbl 1154.68357
Shopyrin, D. G.; Shalyto, A. A.
1
2007
Tools for support of automata-based programming. Zbl 1154.68355
Gurov, V. S.; Mazin, M. A.; Narvsky, A. S.; Shalyto, A. A.
1
2007
Application of genetic algorithms for automatic construction of finite-state automata in the problem of flibs. Zbl 1308.90213
Lobanov, P. G.; Shalyto, A. A.
1
2007
Methods for constructing multifunctional logic modules. Zbl 1126.94367
Shalyto, A. A.
1
2004
Multiplexor method for realization of Boolean functions by circuits composed of arbitrary logical elements. Zbl 1110.94311
Shalyto, A. A.
1
2003
Translating iterative algorithms into automaton ones. Zbl 1036.68065
Shalyto, A. A.; Tukkel’, N. I.
1
2002
SWITCH technology: An automated approach to developing software for reactive systems. Zbl 1038.68036
Shalyto, A. A.; Tukkel’, N. I.
3
2001
Modules which are universal in the class of self-dual functions and in close classes. Zbl 1083.94545
Shalyto, A. A.
1
2001
SWITCH-technology. Algorithmization and programming of logical control problems. (SWITCH-tekhnologiya. Algoritmizatsiya i programmirovanie zadach logicheskogo upravleniya.) Zbl 0909.68118
Shalyto, A. A.
5
1998
Modules with paraphase input variables that are universal in the class of all Boolean functions. Zbl 0926.94040
Shalyto, A. A.
1
1997
Algorithmic graph schemes and transition graphs: Their application in software realization of logical control algorithms. II. Zbl 0938.68750
Shalyto, A. A.
1
1996
Bounds on the realization complexity of Boolean formulas by tree circuits of tunable modules. Zbl 0484.94042
Artyukhov, V. L.; Kopeĭkin, G. A.; Shalyto, A. A.
1
1981

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