New Method of Engineering Evaluation of Spacecraft for Earth Remote Sensing

Marchenko, V.T.; Petlyak, Ye. P.; Sazina, N.P.; Khorolsky, P.P.; Office, Yuzhnoye State Design

doi:10.15407/itm2017.02.041

Teh. Meh.

2017

DOI: 10.15407/itm2017.02.041

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New Method of Engineering Evaluation of Spacecraft for Earth Remote Sensing

V.T. Marchenko¹,

Ye. P. Petlyak²,

N.P. Sazina³

et al.

Abstract: The research objective is to develop a modern method of an engineering evaluation of Earth remote sensing spacecraft based on an updated hierarchy T. Saati method. Creation of methodic support for a correct engineering evaluation of the state-of-the-art technology is motivated by the importance of this factor for evaluating the competiveness of the rocket and space technology under development. The paper presents a generalized method of the engineering evaluation of rocket and space products and its specificat… Show more

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Algorithm to assess the technical level of Earth remote sensing spacecraft

Marchenko¹,

Khorolskui²,

Sazina³

et al. 2017

Teh. Meh.

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The aim of this work is the development of an algorithm to assess the technical level of Earth remote sensing spacecraft. The composition and sequence of actions and computational formulas for obtaining a numerical value of the technical level are determined. The algorithm is based on a new method for space hardware technical level assessment developed around Saaty's analytic hierarchy process and the multicriterion optimization and decision-making theory. The technical level index is one of the basic technical and economic indices of R&D work which, together with the development and operation cost, governs the competitive ability of a newly developed product or system. The algorithm was used in the evaluation of the technical level of the Sich-2M Earth remote sensing spacecraft. The results of this work may be used in the space industry in the development of new Earth remote sensing spacecraft and components thereof.

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Algorithm to assess the technical level of Earth remote sensing spacecraft

Marchenko¹,

Khorolskui²,

Sazina³

et al. 2017

Teh. Meh.

View full text Add to dashboard Cite

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On a methodological approach to the problem of quantitative risk assessment for space hardware development projects (Part I)

Алпатов¹,

Marchenko²,

Khorolskyi³

et al. 2018

Teh. Meh.

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The aim of this work is to construct a theoretical basis for the development of methods, algorithms, and software for quantitative assessment of new space hardware development project risks that are due to uncertainty factors. The presented methodological approach to quantitative risk assessment is a synthesis of mathematical uncertainty modeling and simulation modeling, the former being constructed on the basis of the fuzzy set theory, the possibility theory, and time series forecasting methods. This part of the paper (Part I) presents a general theory for quantitative assessment of space hardware development project risks and theoretical basics for retrospective source data uncertainty modeling by counterpart products. A practical implementation of the presented results will make it possible to significantly improve the quality of the feasibility study of new home space hardware development projects.

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System analysis of space industry projects and orbital complex dynamics and control

Алпатов¹

2018

Teh. Meh.

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New Method of Engineering Evaluation of Spacecraft for Earth Remote Sensing

Cited by 4 publications

References 0 publications

Algorithm to assess the technical level of Earth remote sensing spacecraft

Algorithm to assess the technical level of Earth remote sensing spacecraft

On a methodological approach to the problem of quantitative risk assessment for space hardware development projects (Part I)

System analysis of space industry projects and orbital complex dynamics and control

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