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About the Author of NeuroExplorer

  Author of NeuroExplorer, Alexander B. Kirillov, studied math at the Department of Mathematics of Moscow State University.  This department is one of the best math schools in Russia.  Alexander majored in Probability Theory and Statistics and one of his professors was A. N. Kolmogorov, father of the modern probability theory.  

 Alexander received M. Sc. degree in mathematics in 1975 and worked until 1990 in the Institute of Mathematical Problems in Biology.   In 1990, Alexander moved to United States, where he  worked at UT Southwestern Medical Center in Dallas, Texas, and in several companies including Biographics, Plexon and AnVil.

Alexander began the development of NeuroExplorer in the Fall of 1996.  The first version of NeuroExplorer was released in 1998.  Alexander continues to develop the new versions of the program and provides customer support to users of NeuroExplorer. 

Selected publications of A. B. Kirillov

Godukhin, OV, Borisyuk, GN, Borisyuk, RM, Kirillov, AB, Kovalenko, EI, Kryukov, VI (1981). Types of spike discharge and character of correlation between neurons of the rat neostriatum. Neurofisiologiya, 13:571-579 (English translation: Neurophysiology, 1982, 406-413)

Godukhin, OV, Borisyuk, GN, Borisyuk, RM, Kirillov, AB (1982). Analysis of spike discharge and character of interconnection of identified output neurons in the rat neostriatum, Neurofisiologiya, 14:470-475 (English translation: Neurophysiology, 1983, 342-346)

Borisyuk, RM, Borisyuk, GN, Kirillov, AB, Kovalenko, EI, Kryukov, VI (1985). A new method for identifying interconnections between neuronal network elements. Biol. Cybern.,52: 301-306

Borisyuk, GN, Borisyuk, RM, Kirillov, AB, Kovalenko, EI, Kryukov, VI (1986). Methods of Analysis of Neural Activity. Pushchino, Russian Acad. Sci. (in Russian)

Kirillov, AB, Borisyuk, GN, Borisyuk, RM, Kovalenko, EI, Kryukov, VI, Makarenko, VI, Chulaevsky, VA (1989). A unified submodule for a model of attention. In: Adv. in Neural Information Processing Systems, D.S. Touretsky (ed.), Morgan Kaufmann, San Mateo, CA, 1: 560-567

Kryukov, VI and Kirillov, AB (1989). Phase transitions and metastability in neural nets. In: International Joint Conference on Neural Networks'89, Washington, DC, 1: 761-766

Kirillov, AB, Radulescu, DC and Styer DF (1989). Vasserstein distances in two-state systems, J. Statistical Physics, 56: 931-937

Kryukov, VI, Borisyuk, RM, Borisyuk, GN, Kirillov, AB, Kovalenko, EI (1990). The Metastable and Unstable States in the Brain. In Stochastic Cellular Systems: Ergodicity, Memory, Morphogenesis, Manchester University Press

Makarenko, VI, and Kirillov AB (1990). Self-induced noise in neural networks. In: International Neural Networks Conference, Paris, France, 2, Kluwer Academic Publ.

Kirillov, AB and Makarenko, VI (1991). Metastability and phase transitions in neural networks: statistical approach. In: Neurocomputers and Attention, 1, Neurobiology, Synchronization and Chaos, Holden, AV and Kryukov, VI(ed.). Manchester University Press

Kirillov, AB, Myre, CD and Woodward, DJ (1991). Working memory in 3D inhibitory-feedback model inspired by neostriatum. In: International Joint Conference on Neural Networks'91, Seattle, Wa, 2: 998

Borisyuk, RM and Kirillov, AB (1992). Bifurcation analysis of a neural network model. Biol. Cybern., 66: 319-395

Kirillov, AB and Woodward, DJ (1993). Synchronization of spiking neurons: transmission delays, noise and NMDA receptors. World Congress on Neural Networks'93, vol. II, 594-597

Kirillov, AB, Myre CD and Woodward DJ (1993). Bistability, switching and working memory in a two-neuron inhibitory-feedback model. Biol. Cybern., 68: 441-449

Woodward DJ, Kirillov AB, Myre CD, and Sawyer SF (1995) Neostriatal circuitry as a scalar memory: modeling and ensemble neuron recording. In: Models of Information Processing in the Basal Ganglia, Houk et al, eds., MIT Press.

Chang JY, Paris JM, Sawyer SF, Kirillov AB and Woodward DJ (1996). Neuronal spike activity in rat nucleus accumbens during cocaine self-administration under different fixed-ratio schedules. Neuroscience 74: 483-497

Chang JY, Sawyer SF, Paris JM, Kirillov A and Woodward DJ (1997). Single neuronal responses in medial prefrontal cortex during cocaine self-administration in freely moving rats. Synapse 26: 22-35

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