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4.12.4 Setting HDOP
Set a HDOP limit of the sensor. When HDOP exceeded the set value, the system is set to a
non-position fixing mode.
For a processor with two sensors connected, the sensors must be set individually.
In this example, sensor 1 is connected. The same procedure is applied for setting sensor 2 also.
Procedure
1. Enter a password by referencing "4.2.11. Entering a password with CODE INPUT”.
Password: 1650
2.
4.12.5 Setting position, speed, and course smoothing
Smoothing can be applied to the position that is fixed, speed, and course for the smooth changes.
If the smoothing value is increased, processing becomes smoother, however, the trackability
deteriorates. If the smoothing value is reduced, changes increase, however, the trackability
improves. Set the optimum value according to the purpose.
JLR-4350 supports individual smoothing of position, speed, and course.
For a processor with two sensors connected, the sensors must be set individually.
In this example, sensor 1 is connected. The same procedure is applied for setting sensor 2 also.
Procedure
1. Enter a password by referencing "4.2.11. Entering a password with CODE INPUT”.
Password: 1650
2.
HDOP Description
HDOP Set the threshold value of HDOP.
Select 4, 10, or 20.
SMOOTH Description
POSN SMOOTHING Applies smoothing to position changes.
value between 0 second and 99 seconds can be set.
SPEED SMOOTHING Applies smoothing to speed changes.
value between 0 second and 99 seconds can be set.
COURSE SMOOTHING Applies smoothing to course changes.
value between 0 second and 99 seconds can be set.
When the smoothing value is increased, the trackability of quick turning and sudden speed
change deteriorates.
Normally, the setting of 10 seconds or less is recommended. The default value is 10 seconds.
When setting a higher value, adequate caution is necessary.
Memo
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