问题描述：
急求英文翻译Systematic errors are one of the most dominant factors
Systematic
errors are one of the most dominant factors
inducing
the failure of carrier phase-based high precision
baseline
solutions and their stability. There are many
complicated
factors causing systematic errors which are
impossible
to eliminate completely, including ionospheric
and
tropospheric errors, orbital errors, multipath and other
unmodelled
biases. Many methods have been employed to
study
the mitigation of the systematic errors for GPS
baseline
processing.
Ionospheric
and tropospheric error modelling has been
intensively
studies. Satirapod & Prapod (2005)
investigated
different tropospheric models and their effect
on
GPS baseline accuracy. Ionospheric error correction
improvements
of differential GPS for long baselines are
presented
in Mardian et al. (2003) and Hichem et al.
(2006).
Systematic
errors are one of the most dominant factors
inducing
the failure of carrier phase-based high precision
baseline
solutions and their stability. There are many
complicated
factors causing systematic errors which are
impossible
to eliminate completely, including ionospheric
and
tropospheric errors, orbital errors, multipath and other
unmodelled
biases. Many methods have been employed to
study
the mitigation of the systematic errors for GPS
baseline
processing.
Ionospheric
and tropospheric error modelling has been
intensively
studies. Satirapod & Prapod (2005)
investigated
different tropospheric models and their effect
on
GPS baseline accuracy. Ionospheric error correction
improvements
of differential GPS for long baselines are
presented
in Mardian et al. (2003) and Hichem et al.
(2006).
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