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The resistive layer of a sensor can also be 'poisoned' by particulates in the air - we refer to this as a corrupted or poisoned sensor.
Sensor corruption is permanent. When the firmware detects a corrupt sensor, it should log it to the SDCard and stop sending data for that sensor (avoid other components handling corrupt data). It should also send a magic number to the mobile (-2?), so the mobile app can tell the user to repair or replace the device. The mechanism for detecting a corrupted sensor is to-be-worked-out during the calibration - possibly something along the lines of ‘the standard deviation of 10 sensor readings is fixed and not changing’
The text was updated successfully, but these errors were encountered:
The resistive layer of a sensor can also be 'poisoned' by particulates in the air - we refer to this as a
corrupted
or poisoned sensor.Sensor corruption is permanent. When the firmware detects a corrupt sensor, it should log it to the SDCard and stop sending data for that sensor (avoid other components handling corrupt data). It should also send a magic number to the mobile (
-2
?), so the mobile app can tell the user to repair or replace the device. The mechanism for detecting a corrupted sensor is to-be-worked-out during the calibration - possibly something along the lines of ‘the standard deviation of 10 sensor readings is fixed and not changing’The text was updated successfully, but these errors were encountered: