Mikhail Goubko
Professor of Russian Academy of Sciences
Doctor of Science in Mathematics and Physics
Contacts:
Department: Lab 70 (of Multiagent Systems),
Organization: V.A. Trapeznikov Institute of Control Sciences of Russian Academy of Sciences
Office Addr: 117997, 65 Profsoyuznaya str., Moscow, Russia
Telephone: +7(495)3349051
Email: mgoubko@mail.ru
Homepage: http://www.mtas.ru/person/detail.php?ID=5274
Google Scholar profile:click here
Residence: Moscow, Russia
Vita: Click here to download my vita.
Personal information:
Born 1977 in Chelyabinsk, USSR.
Married to Svetlana Puzyreva.
Children:
daughter Anastasia (born 2008).
daughter Tatiana (born 2014).
Education:
Areas of interest:
Mathematical methods of complex systems'structure optimization and their application anywhere: from computer science and chemistry to management and logistics.
Popular digest of the research
Are there common laws in formation of an organic molecule, structuring an organization, or growing a decision tree? Mathematics gives the positive answer!
A system is a collection of elements connected with links, which form the structure of the system. Rational structures of natural systems are the result of survival, while the optimal structure of an artificial system must be planned at the design time. Systems science allows catching common properties of very diverse problems in the range from communication network design to business processes enhancement, while combinatorial optimization provides the toolkit of universal solution methods.
The clue is the property of locality often met in real life. If the degree of optimality of each element of a structure depends only on how the system is structured in the neighborhood of this element, then the structure can be considered as a chain of braced rings, and the optimal structure design reduces to sequential selection of optimal elements (“rings”) and their optimal connection (but do not forget to care for the desired size and the style of a chain armor being sewed!)
In the classic Huffman algorithm lying in the core of most archiving utilities an optimal coding tree is built in a bottomup fashion by sequentially joining the roots of two branches of minimum weight under a single node. It can be surprising to get know that organic molecules with the lowest boiling temperature follow the similar formation rule. The same formula is used to calculate both the optimal user menu breadth (the number of options simultaneously available to a user on a screen of his or her iPhone for the most convenient navigation), and the optimal span of control (the number of immediate subordinates) in an efficient organization structure.
Many other general laws in complex structure design are revealed during the ongoing longterm fundamental research program. The developed algorithms, routines, and analytical techniques find their application in technology and management.
Fulltime appointments:
2017..., V.A. Trapeznikov Institute of Control Sciences of RAS, Lab 57, Deputy director for science
20142016, V.A. Trapeznikov Institute of Control Sciences of RAS, Lab 57, Leading researcher
20042014, V.A. Trapeznikov Institute of Control Sciences of RAS, Lab 57, Senior researcher
20002004, V.A. Trapeznikov Institute of Control Sciences of RAS, Lab 57, Researcher
Courses taught:
20002006 Game theory module in Control in Organization course for graduate students of the Moscow Institute of Physics and Technology (see the course book in Russian)
20032006 Decisionmaking under fuzzy information module in Control in Organization course for graduate students of the Moscow Institute of Physics and Technology (see the lectures notes in Russian)
2011 Business Process Management Systems module in Operational management course for graduate students of the Moscow University of Management
2013... Discrete Optimization Problems of Project Management course for graduate students of the Moscow Institute of Physics and Technology
Editorial positions:
LargeScale Systems Control (20082014 executive editor, 2015... deputy editorinchief)
Automation and Remote Control (2015...)
Zavodskaya Laboratoriya: diagnostika materialov
MATCH Communications in Mathematical and in Computer Chemistry (2016...)
Advances in Systems Science and Applications (2017... deputy editorinchief)
Plenary talks:
International conference «Theory of Active Systems  50th anniversary», Moscow, Russia (2019), "Active systems in electric power industry" (presentatioon in Russian)
1st International Conference on Control Systems, Mathematical Modeling, Automation and Energy Efficiency (SUMMA2019), Lipetsk, Russia (2019), "Perspectives of control theory in smart grids: artificial intelligence, optimization, and human behavior"
XIII AllRussian Conference "Control in LargeScale Systems", Samara, Russia (2016), "Methods for Structure Optimization in Complex Systems"
XXXVII session of "Cybernetics of Power Systems" seminar, Novocherkassk, Russia (2015), "Control problems in Power Grids"
International Conference Theory of Active Systems, Moscow, Russia (2014), "Optimizing structure of active systems"
International Conference "Management in LargeScale Systems" (MLSD'2013), Moscow, Russia, "Structure Design in Complex Systems: Optimization and Game theory" (the abstract in Russian)
International Conference Theory of Active Systems, Moscow (2011),Moscow, Russia,"Applications of the theory of hierarchy optimization" (slides in Russian)
Other activities:
Content manager of The Theory of Control in Organizations Internet site: http://www.mtas.ru
Manager of TheMenuDesigner project (the prototype of the automated tool for hierarchical menus design)
Research grants and awards:
20192020,Russian Foundation for Basic Research "postgraduates", the advisor, "Mathematical models and algorithms for optimal molecular design"
20182020, Russian Foundation for Basic Research "a", the head, Optimal Connecting Networks: lower bounds, algorithms, and applications
2016, Russian Foundation for Basic Research "mol_dk", the head, Optimal Connecting Networks: Theory and Applications (postponed the projectdue to the assignment to the administrative position)
20162021, Russian Science Foundation, the executor, "Models, methods and information technologies for synthesis of complex control mechanisms for ergatic active systems"
20132015, Russian Foundation for Basic Research "a", the head, Control Mechanisms for Networkshaped Systems
20132015, Russian Foundation for Basic Research "a", the executor, Models and Methods of Hierarchical Structure Optimization in Complex Systems
2012, B.L.Ovsievich Memorial Prize, 3rd grade
20102012, Russian Foundation for Basic Research "a", the head, Control Mechanisms for Networkshaped Organizations
20102012, Russian Foundation for Basic Research "a", the executor, Optimization Models of MultiLevel Organizations
20072009, Russian Foundation for Basic Research "a", the executor, Mathematical models and methods of optimal hierarchical structures search
20062007 Academician Nikolai Fedorenko International Scientific Foundation of Economic Research, Optimal organizational hierarchies
Other skills:
Rich experience (since 1998) of Oracle business applications (OEBS, OFA, Hyperion, etc) implementation projects for Russian oil and gas industry (Consultant, Group Leader, Functional Architect, and Project Manager).
Hobby:
Alpine Skiing, winner of ICS RAS championship (2008, 2009, 2011).
Papers in peerreviewed journals (as of Dec 2020):
In English:
(with A. Kuznetsov) Lower bound for the cost of connecting tree with given vertex degree sequence // Journal of Complex Networks. 2020. Volume 8, Issue 2, cnz031.
(with with Miloserdov O., Yampolskii Yu., Ryzhikh V.) Prediction of Solubility Parameters of Light Gases in Glassy Polymers on the Basis of Simulation of a Short Segment of a Polymer Chain // Polymer Science. 2019. Volume 61, Issue 5. P. 718–732.
Maximizing Wiener index for trees with given vertex weight and degree sequences // Applied Mathematics and Computation, 2018, Vol. 316, P. 102114.
(with V. Ginz) Improved spectral clustering for multiobjective controlled islanding of power grid // Energy Systems, 2019, V. 10, No 1. P. 5994 (first online May 2017). doi:10.1007/s1266701702401
(with Miloserdov O., Yampolskii Yu., Alentiev A., Ryzhikh V.) A novel model to predict infinite dilution solubility coefficients in glassy polymers // Journal of Polymer Science Part B: Polymer Physics. 2016. V. 55, No 3. P. 228244.
Minimizing Wiener Index for VertexWeighted Trees with Given Weight and Degree Sequences, MATCH Commun. Math. Comput. Chem., 2016, V. 75, No 1, P. 327.


(with O. Miloserdov) Simple Alcohols with the Lowest Normal Boiling Point Using Topological Indices, MATCH Commun. Math. Comput. Chem. 2016, V. 75, No 1 P. 2956.


(with C. Magnant, P. Salehi Nowbandegani, I. Gutman) ABC Index of Trees with Fixed Number of Leaves, MATCH Commun. Math. Comput. Chem., V. 74, No 3. P. 697701.
Minimizing DegreeBased Topological Indices for Trees with Given Number of Pendent Vertices // MATCH Commun. Math. Comput. Chem. 2014. V. 71, No 1. P. 3346.
(with A.I. Danilenko) Semanticaware optimization of user interface menus // Automation and Remote Control, August 2013, Volume 74, Issue 8, pp 13991411 (translation from Russian).
(with V.N. Burkov, N.A. Korgin, and D.A. Novikov) Integrated Mechanisms of Organizational Behavior Control // Advances in Systems Science and Application. 2013. Vol. 13. 2. P. 1 9.
(with V.N. Burkov, N.A. Korgin, and D.A. Novikov) Mechanisms of Organizational Behavior Control: A Survey // Advances in Systems Science and Application. 2013. Vol. 13. 1. P. 1 13.
Optimal hierarchies of control for cost functions presentable as sum of homogenous functions / Automation and Remote Control. V. 71, No. 9, 2010. pp 19131926. (translation from Russian)
Algorithms to Construct Suboptimal Organization Hierarchies // Automation and Remote Control. V. 70, No 1, pp 147162, 2009. (translation from Russian)
Mathematical Models of Formation of Rational Organizational Hierarchies // Automation and Remote Control. V. 69, No 9, pp 15521575, 2008. (translation from Russian)
The Search for Optimal Organizational Hierarchies with Homogeneous Manager Cost Functions // Automation and Remote Control. V. 69, No 1, pp 89104, 2008. (translation from Russian)
Control of Organizational Systems with Network Interaction of Agents. II. Stimulation Problems // Automation and Remote Control. V. 65, No 9, pp 14701485, 2004. (translation from Russian)
Control of Organizational Systems with Network Interaction of Agents. I. A Review of Network Game Theory // Automation and Remote Control. V. 65, No 8, pp 12761291, 2004. (translation from Russian)
Structure of the Optimal Organization of a Continuum of Executives // Automation and Remote Control. V. 63, No 12, pp 19661979, 2002. (translation from Russian)
(with Karavaev A. P.) Coordination of Interests in the Matrix Control Structures // Automation and Remote Control. V. 62, No 10, pp 16581672, 2001. (translation from Russian)
Click here to see the current list.
In Russian:
( .., ..) // . 2020. 6. . 5770. DOI: 10.25728/pu.2020.6.6
// . 2020. 3. . 1425. DOI: 10.25728/pu.2020.3.2
( c r .., .) // . 2019. 1. . 214.
( .., .. ) : // . 2013. 6. . 5361.
( . . , . .) : . // . 12. 2011. . 6271.
( ..) . . 4, 2010. . 4958.
, // , 2009. 3. . 4453.
/ . 2009. 1. C. 162179.
// , 9, 2008. . 114139.
// , 1, 2008. . 97113.
( .., ..) // , 1.1(23), 2006. . 2022.
. 2. . // . 9. 2004. . 131148.
. 1. . // . 8. 2004. . 115132.
 // , 2003, 12(12), C. 4448.
// . 2002. 12. . 116 130.
( ..) // . 10. 2001.
Click here to see the current list.
Books and chapters (as of Dec 2019):
In English:
Optimal Organizational Structures for Change Management in Production, in: "New Frontiers in Information and Production Systems Modelling and Analysis Incentive Mechanisms, Competence Management, Knowledgebased Production" (Ed.: Różewski, P., Novikov, D., Bakhtadze, N., Zaikin, O.). Springer, 2016. P. 5983.
A coauthor in "Burkov V., Goubko M., Korgin N., Novikov D. Introduction to Theory of Control in Organizations.  Boca Raton: CRC Press, 2015."
A coauthor in "Burkov V., Goubko M., Kondrat’ev V., Korgin N., Novikov D. Mechanism Design and Management: Mathematical Methods for Smart Organizations (for managers, academics and students).  New York: Nova Publishers, 2013. (Print and ebook)"  the translation of .. . . .: . 2011.
In Russian:
Chapter 2.3. "Distributed optimization" in " ( )". .: URSS, Ļ, , 2019. . 230258.
. . ....  : , 2014.  370 .
A chapter (together with Sergei Mishin) in
. .., .., .. : / . .. .  .: "", 2009.
( .., .., ..) : . .: , 2008.
.  .: , 2006.
. .: , 2003.
.., .. . .: , 2002.
Click here to see the current list.
Selected proceedings and abstracts (as of Dec 2016):
In English:
(with Chirkin V., Goldstein M., Gorbunov A., Korepanov V., Korgin N., Sayfutdinov T., Sharova A., Vaskovskaya T.) Gaming Experiments for Analysis of Pricing Mechanisms at Electricity Markets // IFACPapersOnLine, V. 49, No 32, 2016. Proceedings of CyberPhysical & HumanSystems CPHS 2016 Conference, P. 1318.


(with Kuznetsov S. O., Neznanov A. A., Ignatov D. I.) Bayesian Learning of Consumer Preferences for Residential Demand Response / IFACPapersOnLine, 2016, V. 49, No 32. CyberPhysical & HumanSystems CPHS 2016 Conference, P. 2429. 
(with A. Varnavsky) Users' preference share as a criterion for hierarchical menu optimization / Proceedings of the 8th ACM SIGCHI Symposium on Engineering Interactive Computing Systems, 2124 June 2016, Brussels, Belgium, P. 305310.
(with A. Varnavsky) What Do Users Really Like in Menus: Building Menu Optimization Criterion, CHI 2015 Workshop on Principles, Techniques and Perspectives on Optimization and HCI
Heuristic algorithm for optimal tree search / Abstracts of the 25th Conference of European Chapter of Combinatorial Optimization (ECCO'2012). 2669 April 2012. P. 2425.
Lowerbound Estimate for Costsensitive Decision Trees // Preprints of the 18th IFAC World Congress, Milano (Italy), August 28  September 2, 2011. P. 90059010.
(with Burkov V.N.) Combining Incentive Schemes with Mechanisms of Counter Planning and Plan Adjustment // Game theory and Management. Collected abstracts of papers presented on the Fifth International Conference Game theory and Management. SPb.: Graduate School of Management SPbU, 2011. P. 4042.
(with Danilenko A. I.) An automated routine for menu structure optimization // Proceedings of the 2nd ACM SIGCHI symposium on Engineering interactive computing systems, Berlin, Germany, June 1923, 2010. p. 6776. (acceptance rate 29%)
Models of Network Formation Game Control // Game Theory and Management. Collected abstracts of papers, presented in the IV International Conference "Game Theory and Management", Gradual School of Management, SPbU, 2010. pp. 6467.
(with Novikov D.) Gametheoretical Models and Methods of the Organizational Systems Control Theory // Game Theory and Management. Collected abstracts of papers, presented in the International Conference "Game Theory and Management", Gradual School of Management, SPbU, 2008.
(with Mishin S.) Optimal Hierarchies in Firms: a Theoretical Model // Proceedings of the 17th World Congress of the IFAC, Seoul, Korea, July 611, 2008. P. 29622967.
(with Mishin S.) Models of Optimal Organizational Hierarchies // Game Theory and Management. Collected abstracts of papers, presented in the International Conference "Game Theory and Management", Gradual School of Management, SPbU, 2008. p.132134.
(with Novikov D.A.) Magement in organizations: collective decisionmaking / Proceedings of the 16th International Conference on Systems Engineering, Coventry, 2004. Vol. 2, P. 515 519.
Click here to see the complete uptodate list.
In Russian:
.. // XII (2014), , 1619 2014 . . 19591970.
// . VII  . 2. : . 2010. . 236243.
 / .  . 1.  .: , 2003. . 2628
( ..) / . : , 2002. . 50 54.
Click here to see the complete uptodate list.
Working papers, popular papers, and unpublished (as of Oct 2015):
In English:
(with I. Gutman) Trees with fixed number of pendent vertices with minimal first Zagreb Index // Bulletin of International Mathematical Virtual Institute, 2013. Vol. 3(2). P. 161164.
In Russian:
. 2004.
. 2004.
: . 2005.
" " 14 2013
" "
Click here to see the complete uptodate list.