System Monitor
Last updated
Last updated
This window is used during data acquisition and is only visible when you are connected to a lidar system. See for more information.
The System Monitor window displays various system parameters relating to the rover and its attached sensors. The types of parameters monitored are Pose (latitude/longitude, roll/pitch/yaw), GNSS/INS Navigation System (PosStatus, UncertaintyP, CorrAge), and Statistics (number of recorded navigation system packets, lidar data packets, and photos).
There are numerous statistics displayed in the System Monitor window:
Lat - Latitude
Rover's latitude (WGS84)
Lon - Longitude
Rover's longitude (WGS84)
Vel H/V - Velocity Horizontal/Vertical
Rover's horizontal/vertical velocity in m/s
Roll - Rover's roll orientation in degrees
Pitch- Rover's pitch orientation in degrees
Yaw- Rover's yaw orientation in degrees
PosStatus - GNSS Position Status
The GNSS solution status (e.g. Solution computed, insufficient observations)
PosType - GNSS Position Type
e.g. SinglePoint, IntegerNarrowLane
INS - Navigation System Status
Time - GNSS reference time status
e.g. Coarse, Finesteering
UncertP - Uncertainty Position
Unitless covariance value relating to the rover’s position uncertainty. The lower the values the better; minimizing this value produces a more accurate sensor trajectories and thus more accurate measurements
UncertA - Uncertainty Attitude
Unitless covariance value relating to the rover’s orientation uncertainty. The lower the values the better; minimizing this value produces a more accurate sensor trajectories and thus more accurate measurements
CorrAge - Corrections Age
Age of the last received differential correction in seconds (Applies to RTK corrections and will remain 0 when reference station is not connected to rover)
CPU Load - INS CPU load
CPU Load of the GNSS/Inertial Navigation System expressed in %
Satellites - Number of Satellites
Satellites count observed by rover GNSS receiver
DOP H/V - Dilution Of Precision Horizontal/Vertical
Term used to specify the error propagation as a mathematical effect of navigation satellite geometry on positional measurement precision. The lower the better.
Temp - Navigation/IMU system temperature
Temperature in the navigation system/IMU
SolAge GNSS - GNSS Solution Age
Age of the last computed GNSS solution in seconds
SolAge RTK - RTK-GNSS Solution Age
Age of the last computed RTK-GNSS solution in seconds
Packets Nav - Navigation Packets
Quantity of navigation packets collected
Data LiDAR - LiDAR data recorded
Size of recorded LiDAR data file(s)
Photos Captured - Number of photos captured