The basic elements of Coll positioning systems (n clocks broadcasting electromagnetic signals in a n-dimensional space-time) are presented in the two-dimensional case. This simplified approach allows us to explain and to analyze the properties and interest of these relativistic positioning systems. The positioning system defined in flat metric by two geodesic clocks is analyzed. The interest of the Coll systems in gravimetry is pointed out
We investigate a relativistic positioning system where the coordinates of the users are determined ...
An extensive review of past work on relativistic gravimetry, gradiometry and chronometric geodesy is...
Positioning systems are usually described within newtonian mechanics, and the relativistic effects a...
International audienceA relativistic positioning system is a physical realization of a coordinate sy...
The theory of relativistic location systems is sketched. The more important class of these systems a...
International audienceThe basic elements of the relativistic positioning systems in a two-dimensiona...
The basic theory on relativistic positioning systems in a two-dimensional space-time and the analysi...
We discuss the design for a discrete, immediate, simple relativistic positioning system (rPS) which ...
Relativistic positioning systems are interest-ing technical objects for applications around the Eart...
International audienceThis paper introduces some general properties of the gravitational metric and ...
Clock synchronization is the backbone of applications such as high-accuracy satellite navigation, ge...
frames. We introduce an operational approach to the use of pulsating sources, located at spatial inf...
[EN] For more than a decade our research team has been working in the framework of Relativistic Posi...
Starting from the description of space-time as a curved four-dimensional manifold, null Gaussian coo...
In section 2, we introduce fundamental concepts of GR concerning the measurement of time, relativist...
We investigate a relativistic positioning system where the coordinates of the users are determined ...
An extensive review of past work on relativistic gravimetry, gradiometry and chronometric geodesy is...
Positioning systems are usually described within newtonian mechanics, and the relativistic effects a...
International audienceA relativistic positioning system is a physical realization of a coordinate sy...
The theory of relativistic location systems is sketched. The more important class of these systems a...
International audienceThe basic elements of the relativistic positioning systems in a two-dimensiona...
The basic theory on relativistic positioning systems in a two-dimensional space-time and the analysi...
We discuss the design for a discrete, immediate, simple relativistic positioning system (rPS) which ...
Relativistic positioning systems are interest-ing technical objects for applications around the Eart...
International audienceThis paper introduces some general properties of the gravitational metric and ...
Clock synchronization is the backbone of applications such as high-accuracy satellite navigation, ge...
frames. We introduce an operational approach to the use of pulsating sources, located at spatial inf...
[EN] For more than a decade our research team has been working in the framework of Relativistic Posi...
Starting from the description of space-time as a curved four-dimensional manifold, null Gaussian coo...
In section 2, we introduce fundamental concepts of GR concerning the measurement of time, relativist...
We investigate a relativistic positioning system where the coordinates of the users are determined ...
An extensive review of past work on relativistic gravimetry, gradiometry and chronometric geodesy is...
Positioning systems are usually described within newtonian mechanics, and the relativistic effects a...