The article deals with the determination of the achievable accuracy of an azimuth by the follow-up measurement, which is provided by the Sokkia GYRO X II automatic Gyro Station. The paper briefly describes basic information about the device and how it works. The first part describes the gyrotheodolite and the follow-up measurement, one of the methods of determining astronomical true north. Further, it describes the construction of a survey base station where the follow-up measurement was tested, followed by a procedure for measuring and subsequent data processing. Finally, the accuracy achieved is assessed.Web of Science135art. no. 20
At present, the expansion of the orbital constellation of Earth remote sensing satellites cont...
The work covers the stand equipment for dynamic test and investigation of the precise transducers &q...
La détermination simultanée des trois quantités astronomiques - latitude, longitude et azimut d'une ...
The article deals with the principle of using gyrotheodolite in connection and orientation measureme...
In this article, the method of measuring the astronomical azimuth using an electronic total station,...
The knowledge of the azimuth of the reference mark is of crucial importance in the determination of ...
This article deals with measuring magnetic azimuthusing inertial sensors. It introduces the steps in...
The ability to seek the accuracy of the true north direction is essential in determining the directi...
The ability to estimate attitude (pitch, roll) and heading (yaw) in reference to the North-East-Down...
The azimuths obtained from astronomic observation and GPS survey were evaluated to show significant ...
As surprising as it may seem, accurate north finding, with an error of only several milli-radian, is...
Even when the Global Positioning System (GPS) signal is blocked, a rate gyroscope (gyro) north finde...
Work intention is to derive astronomical azimuth from the measurements on the Moon, using theodolite...
Abstract: Astromeasuring devices (star sensors) of BOKZ family allow to find parameters, w...
The accurate assessment of the azimuth of a given direction as, e.g., the geographic North, is of ut...
At present, the expansion of the orbital constellation of Earth remote sensing satellites cont...
The work covers the stand equipment for dynamic test and investigation of the precise transducers &q...
La détermination simultanée des trois quantités astronomiques - latitude, longitude et azimut d'une ...
The article deals with the principle of using gyrotheodolite in connection and orientation measureme...
In this article, the method of measuring the astronomical azimuth using an electronic total station,...
The knowledge of the azimuth of the reference mark is of crucial importance in the determination of ...
This article deals with measuring magnetic azimuthusing inertial sensors. It introduces the steps in...
The ability to seek the accuracy of the true north direction is essential in determining the directi...
The ability to estimate attitude (pitch, roll) and heading (yaw) in reference to the North-East-Down...
The azimuths obtained from astronomic observation and GPS survey were evaluated to show significant ...
As surprising as it may seem, accurate north finding, with an error of only several milli-radian, is...
Even when the Global Positioning System (GPS) signal is blocked, a rate gyroscope (gyro) north finde...
Work intention is to derive astronomical azimuth from the measurements on the Moon, using theodolite...
Abstract: Astromeasuring devices (star sensors) of BOKZ family allow to find parameters, w...
The accurate assessment of the azimuth of a given direction as, e.g., the geographic North, is of ut...
At present, the expansion of the orbital constellation of Earth remote sensing satellites cont...
The work covers the stand equipment for dynamic test and investigation of the precise transducers &q...
La détermination simultanée des trois quantités astronomiques - latitude, longitude et azimut d'une ...