ALGORITHM FOR PREDICTION OF SPACE OBJECT MOTION AND ITS VARIATIONS USING LAGRANGE ELEMENTS
We solve the problems of space object (SO) motion prediction with the use of Lagrange elements and calculation of SO motion variations matrix, which is required for prediction of SO uncertainty region. New algorithms of SO motion prediction and of calculation of SO motion variations matrix are propo...
Main Authors: | , , |
---|---|
Format: | Article |
Language: | English |
Published: |
CRI «Electronics»
2016-03-01
|
Series: | Радиопромышленность |
Subjects: | |
Online Access: | https://www.radioprom.org/jour/article/view/15 |
id |
doaj-4d489bf982394998821212e397b0318f |
---|---|
record_format |
Article |
spelling |
doaj-4d489bf982394998821212e397b0318f2021-07-28T13:52:34ZengCRI «Electronics»Радиопромышленность2413-95992541-870X2016-03-01261838610.21778/2413-9599-2016-1-83-8614ALGORITHM FOR PREDICTION OF SPACE OBJECT MOTION AND ITS VARIATIONS USING LAGRANGE ELEMENTSE. N. Vakhitov0A. P. Lukyanov1V. A. Stepanyants2ПАО «МАК “Вымпел”», Московский физико-технический институтМФТИ, ПАО «МАК “Вымпел”»ПАО «МАК “Вымпел”»We solve the problems of space object (SO) motion prediction with the use of Lagrange elements and calculation of SO motion variations matrix, which is required for prediction of SO uncertainty region. New algorithms of SO motion prediction and of calculation of SO motion variations matrix are proposed. These algorithms are analyzed from the point of view of computational precision and speed by comparison of the results of their work with corresponding results of generally used algorithms.https://www.radioprom.org/jour/article/view/15lagrange elementskeplerian elementsprediction of space objects motionspace object state vectormotion variations matrix |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
E. N. Vakhitov A. P. Lukyanov V. A. Stepanyants |
spellingShingle |
E. N. Vakhitov A. P. Lukyanov V. A. Stepanyants ALGORITHM FOR PREDICTION OF SPACE OBJECT MOTION AND ITS VARIATIONS USING LAGRANGE ELEMENTS Радиопромышленность lagrange elements keplerian elements prediction of space objects motion space object state vector motion variations matrix |
author_facet |
E. N. Vakhitov A. P. Lukyanov V. A. Stepanyants |
author_sort |
E. N. Vakhitov |
title |
ALGORITHM FOR PREDICTION OF SPACE OBJECT MOTION AND ITS VARIATIONS USING LAGRANGE ELEMENTS |
title_short |
ALGORITHM FOR PREDICTION OF SPACE OBJECT MOTION AND ITS VARIATIONS USING LAGRANGE ELEMENTS |
title_full |
ALGORITHM FOR PREDICTION OF SPACE OBJECT MOTION AND ITS VARIATIONS USING LAGRANGE ELEMENTS |
title_fullStr |
ALGORITHM FOR PREDICTION OF SPACE OBJECT MOTION AND ITS VARIATIONS USING LAGRANGE ELEMENTS |
title_full_unstemmed |
ALGORITHM FOR PREDICTION OF SPACE OBJECT MOTION AND ITS VARIATIONS USING LAGRANGE ELEMENTS |
title_sort |
algorithm for prediction of space object motion and its variations using lagrange elements |
publisher |
CRI «Electronics» |
series |
Радиопромышленность |
issn |
2413-9599 2541-870X |
publishDate |
2016-03-01 |
description |
We solve the problems of space object (SO) motion prediction with the use of Lagrange elements and calculation of SO motion variations matrix, which is required for prediction of SO uncertainty region. New algorithms of SO motion prediction and of calculation of SO motion variations matrix are proposed. These algorithms are analyzed from the point of view of computational precision and speed by comparison of the results of their work with corresponding results of generally used algorithms. |
topic |
lagrange elements keplerian elements prediction of space objects motion space object state vector motion variations matrix |
url |
https://www.radioprom.org/jour/article/view/15 |
work_keys_str_mv |
AT envakhitov algorithmforpredictionofspaceobjectmotionanditsvariationsusinglagrangeelements AT aplukyanov algorithmforpredictionofspaceobjectmotionanditsvariationsusinglagrangeelements AT vastepanyants algorithmforpredictionofspaceobjectmotionanditsvariationsusinglagrangeelements |
_version_ |
1721270507138973696 |