Generation of GLONASS Time as an Ensemble Time
Transactions of IAA RAS, issue 20, 501–505 (2009)
Keywords: радиоинтерферометрия со сверхдлинными базами, ГЛОНАСС, шкала времени системы (ШВС), групповая шкала времени (ГШВ), потенциальная точность ГШВ, стандарты частоты и времени (СЧВ), реализация ГШВ на основе шкал времени СЧВ, наземный комплекс управления (НКУ), измерительные средства НКУ, эталоны времени и частоты (ЭЧВ), шкалы времени ЭЧВ, Государственная служба времени, частоты и определения вращения Земли (ГСВЧ)
Abstract
One of directions for realizing requirements to system time scales in space-based navigation systems is the generation of GLONASS System Time (GST) as an ensemble time (ET) Such an approach will enable one to provide high reliability and continuity of GST generation, to increase its long-term stability and as a result to increase the accuracy parameters of GLONASS frequency/time support. In the article the principles and algorithm for ET generation are considered, the factors and estimation of potential ET accuracy are given, the experimental results of realizing ET based on time scales of terrestrial complex's measurement facilities and time scales of time /frequency references (TFR) at the sites of the State Time, Frequency and Earth Rotation Parameters Determination Service.
Citation
K. G. Shupen, P. P. Bogdanov, O. E. Nechaeva, A. Yu. Feoktistov . Generation of GLONASS Time as an Ensemble Time // Transactions of IAA RAS. — 2009. — Issue 20. — P. 501–505.
@article{shupen2009,
abstract = {One of directions for realizing requirements to system time scales in space-based navigation systems is the generation of GLONASS System Time (GST) as an ensemble time (ET)
Such an approach will enable one to provide high reliability and continuity of GST generation, to increase its long-term stability and as a result to increase the accuracy parameters of GLONASS frequency/time support.
In the article the principles and algorithm for ET generation are considered, the factors and estimation of potential ET accuracy are given, the experimental results of realizing ET based on time scales of terrestrial complex's measurement facilities and time scales of time /frequency references (TFR) at the sites of the State Time, Frequency and Earth Rotation Parameters Determination Service.},
author = {K.~G. Shupen and P.~P. Bogdanov and O.~E. Nechaeva and A.~Yu. Feoktistov},
issue = {20},
journal = {Transactions of IAA RAS},
keyword = {радиоинтерферометрия со сверхдлинными базами, ГЛОНАСС, шкала времени системы (ШВС), групповая шкала времени (ГШВ), потенциальная точность ГШВ, стандарты частоты и времени (СЧВ), реализация ГШВ на основе шкал времени СЧВ, наземный комплекс управления (НКУ), измерительные средства НКУ, эталоны времени и частоты (ЭЧВ), шкалы времени ЭЧВ, Государственная служба времени, частоты и определения вращения Земли (ГСВЧ)},
pages = {501--505},
title = {Generation of GLONASS Time as an Ensemble Time},
url = {http://iaaras.ru/en/library/paper/686/},
year = {2009}
}
TY - JOUR
TI - Generation of GLONASS Time as an Ensemble Time
AU - Shupen, K. G.
AU - Bogdanov, P. P.
AU - Nechaeva, O. E.
AU - Feoktistov, A. Yu.
PY - 2009
T2 - Transactions of IAA RAS
IS - 20
SP - 501
AB - One of directions for realizing requirements to system time scales in
space-based navigation systems is the generation of GLONASS System
Time (GST) as an ensemble time (ET) Such an approach will enable
one to provide high reliability and continuity of GST generation, to
increase its long-term stability and as a result to increase the
accuracy parameters of GLONASS frequency/time support. In the
article the principles and algorithm for ET generation are
considered, the factors and estimation of potential ET accuracy are
given, the experimental results of realizing ET based on time scales
of terrestrial complex's measurement facilities and time scales of
time /frequency references (TFR) at the sites of the State Time,
Frequency and Earth Rotation Parameters Determination Service.
UR - http://iaaras.ru/en/library/paper/686/
ER -