Method for operating a correction service system and correction service system

A method for operating a correction service system for a satellite-based navigation system, the method comprising:

• operating multiple reference stations to receive satellite signals of multiple satellites of the satellite-based navigation system, wherein the correction service system includes the multiple reference stations in a coordinate system, the reference stations having known and fixed coordinates;
• predefining at least one correction value as a function of satellite signals received by at least one selected reference station of the multiple reference stations and of the known coordinates of the at least one selected reference station, and providing the at least one correction value to multiple user devices of the satellite-based navigation system;
• and
• checking the at least one correction value for plausibility;
• wherein the correction service system divides the coordinate system into multiple regions, in which the multiple user devices are each able to determine an individual position as a function of the received at least one correction value,
• wherein at least one specific region is selected from the multiple regions as a function of the plausibility of the at least one correction value,
• wherein the at least one specific region is assigned the at least one correction value,
• wherein at least one information packet is generated, which contains at least indications about the plausibility of the at least one correction value and about the at least one specific region, and
• wherein the at least one information packet is provided to a selected group of the multiple user devices.

A method for operating a satellite-based navigation system, which includes multiple satellites, multiple user devices and a correction service system, the method comprising:

• operating multiple reference stations to receive satellite signals of the multiple satellites of the satellite-based navigation system, wherein the correction service system includes the multiple reference stations in a coordinate system, the reference stations having known and fixed coordinates;
• predefining at least one correction value as a function of satellite signals received by at least one selected reference station of the multiple reference stations and of the known coordinates of the at least one selected reference station, and providing the at least one correction value to the multiple user devices of the satellite-based navigation system, and
• checking the at least one correction value for plausibility;
• wherein the correction service system divides the coordinate system into multiple regions, in which the multiple user devices are each able to determine an individual position as a function of the received at least one correction value,
• wherein at least one specific region is selected from the multiple regions as a function of the plausibility of the at least one correction value,
• wherein the at least one specific region is assigned the at least one correction value,
• wherein at least one information packet is generated, which contains at least indications about the plausibility of the at least one correction value and about the at least one specific region, and
• wherein the at least one information packet is provided to a selected group of the multiple user devices.

A correction service system, comprising:

• multiple reference stations in a coordinate system, the reference stations having known and fixed coordinates;
• wherein the correction service system, which includes the multiple reference stations in a coordinate system, the reference stations having known and fixed coordinates, is configured to perform the following:
• operating the multiple reference stations to receive satellite signals of multiple satellites of the satellite-based navigation system;
• predefining at least one correction value as a function of satellite signals received by at least one selected reference station of the multiple reference stations and of the known coordinates of the at least one selected reference station, and providing the at least one correction value to multiple user devices of the satellite-based navigation system;
• and
• checking the at least one correction value for plausibility;
• wherein the correction service system divides the coordinate system into multiple regions, in which the multiple user devices are each able to determine an individual position as a function of the received at least one correction value,
• wherein at least one specific region is selected from the multiple regions as a function of the plausibility of the at least one correction value,
• wherein the at least one specific region is assigned the at least one correction value,
• wherein at least one information packet is generated, which contains at least indications about the plausibility of the at least one correction value and about the at least one specific region, and
• wherein the at least one information packet is provided to a selected group of the multiple user devices.

A satellite-based navigation system, comprising:

• multiple satellites;
• multiple user devices;
• and
• at least one correction service system, including multiple reference stations in a coordinate system, the reference stations having known and fixed coordinates;
• wherein the correction service system, which includes the multiple reference stations in a coordinate system, the reference stations having known and fixed coordinates, is configured to perform the following:
• operating the multiple reference stations to receive satellite signals of the multiple satellites of the satellite-based navigation system;
• predefining at least one correction value as a function of satellite signals received by at least one selected reference station of the multiple reference stations and of the known coordinates of the at least one selected reference station, and providing the at least one correction value to the multiple user devices of the satellite-based navigation system;
• and
• checking the at least one correction value for plausibility;
• wherein the correction service system divides the coordinate system into multiple regions, in which the multiple user devices are each able to determine an individual position as a function of the received at least one correction value,
• wherein at least one specific region is selected from the multiple regions as a function of the plausibility of the at least one correction value,
• wherein the at least one specific region is assigned the at least one correction value,
• wherein at least one information packet is generated, which contains at least indications about the plausibility of the at least one correction value and about the at least one specific region, and
• wherein the at least one information packet is provided to a selected group of the multiple user devices.