ECONOMIC ASPECTS  METHODS  FOR DECISION-MAKING AT STRATEGIC PLANNING OF  SPACE EXPLORATION
RaykunovG.G., KovkovD.B.,GolovkoA.V.,RomashkinA.M., SadovnichiyV.A.,
Okunev Yu.M., Martynenko Yu.G., Komarov P.A., Lavrovskii E.K., Liberzon M.R.
TsNIIMASH, Lomonosov Moscow State University

METHOD OF PROSPECTIVE RUSSIAN SCIENTIFIC SPACECRAFTS LEVEL COMPARING WITH FOREIGN ANALOGS, RESULTS OF ITS IMPLEMENTATION FOR PROJECTS FROM THE RUSSIAN FEDERAL SPACE PROGRAMM FOR PERIOD OF TIME TILL 2015, AND PROPOSALS ON MAIN DIRECTIONS OF RUSSIAN SPACE SCIENCE TECHNIQUES IMPROVEMENT
Karabadjak G.F., Elkin K.S., Kudryavtsev Yu.E., Gubaydullin V.Sh., Alabin A.A.
FSUE TSNIIMASH

ARCHITECTURE OF THE EVOLVING FOR PURPOSE IN-ORBIT INHABITED OBJECTS AS A SYSTEM OF SPACE EXPLORATION.
 Karabadzhak G.F., Saprikin O.A. 
FGUP TSNIIMASH

 ANALYSIS OF RS ISS UTILIZATION EXPERIENCE AND FUTURE DEVELOPMENT
 A. Uspenskiy,
FSUE TsNIIMASH

RUSSIAN RESEARCH PROGRAM: RESULTS AND FUTURE OPPORTUNITIES.
 Avdeev S.V., Chikiryov V.N., Lavrenko E.G.,  Pinchouk V.B., Repin I.Y., Rossijskaya E.I.,  Zagreev B.V.
FSUE TsNIIMASH

TECHNICAL APPROACH TO THE SYSTEM ANALYSIS OF OUTER SPACE OBJECTS EXPLORATION MISSIONS BY THE EXAMPLE OF THE ANALYSIS OF MOON EXPLORATION
O. A. Saprykin,   Ju.L. Smirnova,   A.N. Kuznetsova
Central Research Institute of Machine Building (TSNIIMASH)

MOON ROVER AT A PLANETARY SCIENTIFIC BASE
Lipin N. 1, Nabokikh S.1, Saprykin O.2
1Scientific Research Institute for High Technology; 2FSUE Central Research Institute of Machine Building

 APPROBATION OF A SEPARATED MODELING METHODOLOGY OF A RESIDENTIAL MOON ROVER    
Lipin N., Scientific Research Institute for High Technology
Grebenshikov A., Stelmakh V., FSUE Central Research Institute of Machine Building

USAGE OF 3D-ANIMATION DURING STAGES OF PRE-DEVELOPMENT OF REUSABLE SPACE ROCKET SYSTEMS (RSRS) IN VISUALIZATION OF MODULE ASSEMBLY AND SPACEPORT DELIVERY TECHNOLOGICAL CYCLES
A. Ivshin, Scientific Research Institute for High Technology
A. Kuzin, S. Lozin, P. Lekhov, FSUE Khrunichev State Research and Production Space Center

SPECIFICS OF MODELLING A HARVESTER-ROTOR BLOCK
Pishkov V., Sukhikh A., Scientific Research Institute for High Technology
Saprykin O., FSUE Central Research Institute of Machine Building

3D-MODELING AND VISUALIZATION OF ORE MINING AND PROCESSING TECHNOLOGY ON MOON
Volnov I., Pishkov V.,  Scientific Research Institute for High Technology
Grebenshikov A., Saprykin O.,  FSUE Central Research Institute of Machine Building

MODELING AN ENERGY SUPPLY MODULE FOR A LUNAR BASE
Gitchenko A. , Nabokikh S., Sukhikh A.
 Scientific Research Institute for High Technology

 DEVELOPMENT OF ROSCOSMOS BASE MISSION CONTROL CENTRE ON THE BASIS OF TSNIIMASH MCC
Ivanov V.M., Titov A.M., Pazdnikov V.Y., Usikov S.B., Ovechko V.M., Zelenov D.A.
Central scientific research institute of machine building, Korolev, Moscow region

DYNAMIC MODELS IDENTIFICATION AND RECONSTRUCTION OF EXTERNAL FORCES APPLIED TO PERSPECTIVE SPACE STRUCTURES FOR THEIR STRENGTH RESOURCE (LIFETIME) ASSURANCE

Is not presented in English

A METHODOLOGY OF MANNED DESCENT MODULE AEROTERMOBALLISTIC DESIGNING
V.G. Sobolevskiy, TsNIImash
 Korolyov, Moscow reg.

BALLISTIC SOLUTION OF THE PROBLEM OF A SMALL-SIZE SEGMENTAL-CONICAL SPACECRAFT RETURN TO EARTH FROM A SPACE PLATFORM ELLIPTIC ORBIT WITH PRECISE LATITUDE LANDING IN A PRE-PLANNED AREA
 V.G. Sobolevskiy
TSNIIMASH

AN APPROACH TO ANIMATING A VIRTUAL 3D-MODEL OF A REUSABLE WINGED FIRST STAGE OF RSRS ‘BAIKAL’
Gradoboeva V., Ivshin A., Scientific Research Institute for High Technology
Kuzin A., Lekhov P.,  FSUE Khrunichev State Research and Production Space Center

TWO-STAGE MODELING OF ‘BRIZ-M’ BOOSTER ACCELERATION MODULE
Gitchenko A., Timofeev A., Scientific Research Institute for High Technology
Lozin S., Lekhov P., FSUE Khrunichev State Research and Production Space Center

3D-MODELING TRANSPORTATION OF A REUSABLE SPACE-ROCKET SYSTEM (RSRS)
Gradoboeva V., Shirokikh A., Scientific Research Institute for High Technology
Kuzin A., Lozin S., FSUE Khrunichev State Research and Production Space Center