6533b7ddfe1ef96bd1273c98
RESEARCH PRODUCT
A New Method of Velocity Estimation Based on Variable Temporal Basis Using Incremental Encoder
Francesco AlongeG. ScaliciFilippo D'ippolitoFrancesco Maria Raimondisubject
Rotary encoderPolynomialBasis (linear algebra)Control theoryVelocity estimationHigh velocityTracking (particle physics)EncoderVariable (mathematics)Mathematicsdescription
Abstract This paper deals with analysis and synthesis of algorithms for digital conditioning of signals generated by incremental encoders to estimate velocity of rotating devices for control purposes. Main objectives are to obtain high accuracy at low and high velocity and low tracking delays during accelerations. A digital conditioning method is described, Which uses a polynomial of order n whose coefficients are updated so as to fit the n+1 most recent velocity data acquired on a variable temporal basis. Digital sinlulations and experimental findings are shown with the ainl to validate the proposed estimation method and compare it with other methods.
year | journal | country | edition | language |
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1997-05-01 | IFAC Proceedings Volumes |