BREAF PUBLICATION LIST
1. Rusakov A.I. Algorithms of Analytic Extension...
Candidate Dissertation. Rostov-on-Don, Rostov Mil. Inst.,
1987, 166 p.
2. Rusakov A.I., Kokhanenko I.K. Minimax-Property of Kalman's
Filtering Algorithm with Inexactly Presented Dispersion
Matrices. Cosmic Research. 1991, V. 29, No. 2, in Rus.
edition pp. 194-200.
3. Rusakov A.I., Kokhanenko I.K. About Precision of the Linear
System's State Recurrent Estimators. Cosmic Research. 1992,
V. 30, No. 3, in Rus. edition pp. 291-300.
4. Rusakov A.I., Kokhanenko I.K. Linear System Indefinite
State Estimation in Suggestion of Given Region of States and
Stochastic Measurement Noise. Cosmic Research. 1994,
V. 32, No. 2, in Rus. edition pp. 10-21.
5. Rusakov A.I. Non-optimal Estimates in the Case of
Multicolleniarity. Automation and Remote Control. 1994,
No. 10, in Rus. edition pp. 88-104.
6. Rusakov A.I. Checking Hypothesis of Distribution of the
System State Vector by a Run of Regression Experiments
under Multicollinearity. Automation and Remote Control.
1996, No. 5, in Rus. edition pp. 82-95.
7. Rusakov A.I. An Asymptotic Approach to Analyzing
Multicollinearity of the Regression Model. Automation and
Remote Control. 1998, No. 1, in Rus. edition pp. 181-186.
8. Rusakov A.I. Partially Bayesian Approach to the Acceptance
Testing of Technical Objects. Automation and Remote Control.
1998, No. 4, in Rus. edition pp. 166-172.
9. Rusakov A.I. Methodical Bases of Badly-Conditioned Regression
Analysis... Doctor Dissertation. Rostov-on-Don, Rostov Mil.
Inst., 1998, 336 p.
10. Rusakov A.I. Acceptance Check for Engineering Objects Based
on Components of the Goal Characteristic. Automation and
Remote Control. 1999, No. 2, in Rus. edition pp. 172-179.
11. Rusakov A.I. An Improved Reduction Algorithm to Check
Hypotheses for the Multicollinear Regression Model.
Automation and Remote Control. Vol. 62, No. 5, 2001,
pp. 762-771.
12. Rusakov A.I. Linear Model of Experimental Estimation of
Instrumental Errors of Guidance of Flying Vehicle Equipped
with Radar Coordinator. In Proc.: XXII Russian School on
Science and Technology Problems (Briefings). Ekaterinburg,
The Urals Dep. of RAS, 2002, pp. 121-124. (in Russian)
13. Rusakov A.I. Correct Evaluation of Reduced Masses under
Impact. Bulletin of Rostov State University of Transport
Communication. 2003, No. 2, pp. 134-137. (in Russian)
14. Rusakov A.I. Concave Programming under Simplest Linear
Constraints. Computational Mathematics and Mathematical
Physics. Vol. 43, No. 7, 2003, pp. 908–917.
15. Rusakov A.I. Linear Model of Experimental Estimation of
Instrumental Errors of Platform-Free Inertial Guidance
System of Flying Vehicle. In Coll.: Mechanics and Control
Processes. Proceedings of XXIII-d Urals Seminar. Ekaterin-
burg, The Urals Dep. of RAS, 2003, pp. 311-315. (in Russian)
16. Rusakov A.I. Approximation Error of Calculation of Thin-Web
Beams with Biased Flexural Centre. In Coll.: Proceedings of
All-Russian Scientific Conference "Transport-2004". Part 3.
Rostov-on-Don: Rostov State University of Transport
Communication, 2004, pp. 151-152. (in Russian)
17. Rusakov A.I. Course of Lectures on Strength of Materials.
(Kurs lektsij po soprotivleniu materialov.) Rostov-on-Don,
"Kniga" (Russia), 2004, 326 p.
18. Rusakov A.I. Rational Algorithm of Finite-Elements Method.
In Coll.: Proceedings of All-Russian Scientific Conference
"Transport-2006". Part 3. Rostov-on-Don: Rostov State
University of Transport Communication, 2006, pp. 87-89.
(in Russian)
19. Rusakov A.I. The Strength Evaluation for Reinforced Concrete
Structures under Membrane Shift Industrial and Civil
Engineering. 2008, No. 7, pp. 40-42. (in Russian)
20. Rusakov A.I. Structural mechanics. (Stroitelnaya mehanika.)
Moscow, "Prospekt" (Russia), 2004, 360 p.
21. Rusakov A.I. Taking into Account the Succession of Erection
of a Construction for Computing Stress State of a Carcass.
In Coll.: Evaluation and Design of Reinforced Concrete
Structures. Rostov-on-Don: Rostov State Building University,
2009, 95 p. - pp. 42-51. (in Russian)
22. Rusakov A.I. The Technique of Experimental-Theoretical Esti-
mation of Deflections of Monolithic Armored Floor. Industrial
and Civil Engineering. 2010, No. 3, pp. 28-32. (in Russian)
23. Rusakov A.I. Taking into Account the Shell Finite Element
Size for Computing the Reinforcement of a Monolithic Floor.
Industrial and Civil Engineering. 2011, No. 8, pp. 57-60.
(in Russian)
24. Rusakov A.I., Modeling of Pile Foundation as a Nodal System
with Pair Interaction: Theoretical Basics. Industrial and
Civil Engineering. 2012, No. 5, pp. 38-41. (in Russian)
25. Rusakov A.I., Modeling of Pile Foundation as a Nodal System
with Pair Interaction: Comparative Analisis of Simulation
Results. Industrial and Civil Engineering. 2012, No. 6,
pp. 37-39. (in Russian)
A. Rusakov