Work machine with automatic detection of positioning correction data transmitters

A computing system far a work machine, the computing system comprising:

• a local device identification system configured to automatically identify a set of local devices corresponding to the worksite based on signals detected from the set of local devices, wherein the local device identification system is configured to detect the signals from the set of local devices by scanning a range of transmission frequencies and wherein each of the local devices is configured to transmit correction data for correcting position data derived from a satellite navigation signal;
• a local device selection system configured to select one or more local devices from the set of local devices;
• a position data generation system configured to:
• receive the satellite navigation signal;
• generate, from the received satellite navigation signal, the position data indicative of a geographic position of the work machine at the worksite;
• and
• generate corrected position data by applying the correction data to the position data;
• and
• controlling the work machine based on the corrected position data.

A work machine system comprising:

• one or more controllable subsystems;
• a local device identification system configured to automatically identify a set of local devices corresponding to the worksite based on signals detected from the set of local devices, wherein the local device identification system is configured to detect the signals from the set of local devices by scanning a range of transmission frequencies and wherein each of the local devices is configured to transmit real-time kinematic (RTK) correction data for correcting position data derived from a satellite navigation signal;
• a local device selection system configured to:
• display a user interface display including display elements that represents the set of local devices and includes a user input mechanism;
• and
• Select one or more local devices based on user input received through the user input mechanisms;
• a position data generation system configured to:
• receive the satellite navigation signal;
• generate, from the received satellite navigation signal, the position data indicative of a geographic position of the work machine at the worksite;
• and
• generate corrected position data by applying the RTK correction data to the position data;
• and
• a control system configured to control the one or more controllable subsystems based on the corrected position data.