(BIPM) is in charge of producing International Atomic Time TAI. In this aim, it uses clock data from more than 60 lab-oratories spread worldwide. For two decades, GPS has been an essential tool to link these clocks, and products from the International GNSS Service (IGS) have been used to improve the quality of these time links since its creation in the early 1990s. This paper reviews the various interactions between the IGS and time activities at the BIPM, and shows that TAI has greatly benefited from IGS products so that their avail-ability is now an essential need for the quality of TAI links. On the other hand, IGS has also benefited from introducing time laboratories equipped with highly stable clocks in its network of stations. In the ...
This is the report of Study Group II of the Working Group on TAI, which was formed to study two of t...
The International GNSS Service (IGS) clock products contain clock information about the local refere...
In recent years, many national timing laboratories have installed geodetic Global Positioning System...
Abstract We examine the contribution of the International GNSS Service (IGS) to the International Te...
The progress of the joint Pilot Project for time transfer, formed by the International GPS Service (...
generates a number of weekly, daily and sub-daily products. Station coordinates and velocities, eart...
provide enhanced navigation performance by combining conventional GPS with a communications and rang...
Abstract The Block IIF satellites feature a new genera-tion of high-quality rubidium clocks for time...
Since 21 June 1992 the International GPS Service (IGS), renamed International GNSS Service in 2005, ...
Abstract In order to explore the precision and accuracy of International GNSS Service (IGS) orbits, ...
Abstract In order to explore the precision and accuracy of International GNSS Service (IGS) orbits, ...
This paper describes BIPM time activities related to the calculation of international reference time...
This paper describes BIPM time activities related to the calculation of international reference time...
collected data and analyzed GPS space vehicle atomic clock performance since the beginning of the GP...
Within the International GNSS Service (IGS), more than 200 worldwide agencies have, for many years, ...
This is the report of Study Group II of the Working Group on TAI, which was formed to study two of t...
The International GNSS Service (IGS) clock products contain clock information about the local refere...
In recent years, many national timing laboratories have installed geodetic Global Positioning System...
Abstract We examine the contribution of the International GNSS Service (IGS) to the International Te...
The progress of the joint Pilot Project for time transfer, formed by the International GPS Service (...
generates a number of weekly, daily and sub-daily products. Station coordinates and velocities, eart...
provide enhanced navigation performance by combining conventional GPS with a communications and rang...
Abstract The Block IIF satellites feature a new genera-tion of high-quality rubidium clocks for time...
Since 21 June 1992 the International GPS Service (IGS), renamed International GNSS Service in 2005, ...
Abstract In order to explore the precision and accuracy of International GNSS Service (IGS) orbits, ...
Abstract In order to explore the precision and accuracy of International GNSS Service (IGS) orbits, ...
This paper describes BIPM time activities related to the calculation of international reference time...
This paper describes BIPM time activities related to the calculation of international reference time...
collected data and analyzed GPS space vehicle atomic clock performance since the beginning of the GP...
Within the International GNSS Service (IGS), more than 200 worldwide agencies have, for many years, ...
This is the report of Study Group II of the Working Group on TAI, which was formed to study two of t...
The International GNSS Service (IGS) clock products contain clock information about the local refere...
In recent years, many national timing laboratories have installed geodetic Global Positioning System...