Matthew K. Ferguson
Lord Corporation
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Featured researches published by Matthew K. Ferguson.
Journal of the Acoustical Society of America | 1998
Matthew K. Ferguson; Steve C. Southward; Michael C. Heath
An active noise and vibration control system (20) for cancellation of noise or vibration. The system (20) provides a system whereby the adaptation path and feedforward path are implemented in separate hardware. As a result, the computational burden on the digital signal processor (DSP) (28) is reduced allowing the DSP (28) to handle multiple inputs (22), error sensors (34), and transducers (32). In one embodiment, the processing of the input signal from sensor (22) takes place in a waveform generator (24) comprising a phase-locked loop, a frequency divider, a shift register, and at least one switched capacitor filter. In another embodiment the input signal processing takes place in separate feedforward circuitry including a field programmable gate array (64).
Archive | 2005
Mark R. Jolly; Stephen F. Hildebrand; Russell E. Altieri; Matthew K. Ferguson; Douglas E. Ivers
Archive | 2004
Russell E. Altieri; James F. Kuhn; Mark R. Jolly; Steve C. Southward; Askari Badre-Alam; Leslie P. Fowler; Matthew K. Ferguson
Archive | 2000
John H. Highfill; Matthew K. Ferguson; Jeffrey Cranmer
Archive | 2004
Steve C. Southward; Mark R. Jolly; Matthew K. Ferguson; Leslie P. Fowler
Archive | 2009
Stephen F. Hildebrand; Douglas Swanson; Matthew K. Ferguson; Matthew Smith
Archive | 2004
Steve C. Southward; Mark R. Jolly; Matthew K. Ferguson; Leslie P. Fowler
Archive | 1999
David J. Hamo; Steve C. Southward; Matthew K. Ferguson
Archive | 2014
Doug A. Swanson; Paul R. Black; David Clark; Matthew K. Ferguson; Jihan Ryu
Archive | 2005
Mark R. Jolly; Stephen F. Hildebrand; Russell E. Altieri; Douglas E. Ivers; Matthew K. Ferguson