Data processing: artificial intelligence – Machine learning – Genetic algorithm and genetic programming system
Reexamination Certificate
2005-11-01
2005-11-01
Starks, Jr., Wilbert L. (Department: 2129)
Data processing: artificial intelligence
Machine learning
Genetic algorithm and genetic programming system
C706S045000
Reexamination Certificate
active
06961718
ABSTRACT:
An encoder and associated vector estimation method and system (1) for processing a sequence of input vectors (y0to yT) each comprising a plurality of elements. The vector estimation system (1) has a digital filter (2) with a filter vector input (3) for receiving said sequence of input vectors (y0to yT) and a predictor gain input (4) for controlling characteristics of the filter (2). The filter (2) is a Kalman filter and has both a current slowly evolving filter estimate output (6) and a previous slowly evolving filter estimate output (20). The current slowly evolving filter estimate output (6) provides a current filtered estimate value of a slowly evolving component of said sequence of input vectors (y0to yT) and the previous slowly evolving filter estimate output (20) provides a previous filtered estimate value of the slowly evolving component of said sequence of input vectors (y0to yT). There is also a parameter estimator (10) having an estimator vector input (19) for receiving said sequence of input vectors (y0to yT) and a previous slowly evolving filter estimate input (13) coupled to the previous slowly evolving filter estimate output (20). The parameter estimator further includes a predictor gain output coupled (11) to the predictor gain input (4). In operation, when the vector estimation system (1) receives a current input vector that is one of the sequence of said input vectors (y0to yT), the parameter estimator (10) provides a current predictor gain value at the predictor gain output (11) thereby modifying the current filtered estimate value. The current predictor gain value is dependent upon both the previous filtered estimate value and the current input vector.
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Boland Simon
Smithers Michael
Thomson Mark
Wu Zhenjie
Motorola Inc.
Starks, Jr. Wilbert L.
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