Short term Sensor's Drift Compensation by using Three Drift Correction Techniques

drift correction technique

sensitivity of an electromagnetic type metal detector is directly related to stability, the higher the required sensitivity, the more frequently the rebalancing controls will have to be adjusted. thus, for maximum sensitivity in the head ,the use of automatic drift compensation network is necessary in order to cancel out the signal resulting from a slow drift in the coil system due to the tempe...

A drift correction procedure.

A procedure is introduced that can mitigate the deleterious effect of low-frequency noise [Formula: see text] often termed drift [Formula: see text] on the precision of an analytical experiment. This procedure offers several performance benefits over traditional designs based on the periodic measurement of standards to diagnose and correct for variation in instrument response. Using repeated me...

Drift Correction Methods for Gas Chemical Sensors in Artificial Olfaction Systems: Techniques and Challenges

Drift compensation of gas sensor array data by Orthogonal Signal Correction

Drift is an important issue that impairs the reliability of gas sensing systems. Sensor aging, memory effects and environmental disturbances produce shifts in sensor responses that make initial statistical models for gas or odor recognition useless after a relatively short period (typically few weeks). Frequent recalibrations are needed to preserve system accuracy. However, when recalibrations ...

Short-Term Phonetic Drift in an L2 Immersion Environment

This paper investigates the nature and time course of phonetic drift in L1 by examining the very first weeks of 20 L1 English speakers’ acquisition of Korean as L2. Acoustic analyses of these learners’ L1 and L2 production over time indicate that learning L2 stops affects the production of L1 stops (in terms of VOT and/or f0 onset) in as little as one week, with the L1 sounds approximating the ...