Philip A. Nelson mainly focuses on Acoustics, Loudspeaker, Control theory, Digital filter and Sound recording and reproduction. His Acoustics study frequently links to adjacent areas such as Wavelength. The concepts of his Loudspeaker study are interwoven with issues in Impulse, Harmonics, Microphone and Virtual source.
His research on Digital filter also deals with topics like
Philip A. Nelson mostly deals with Acoustics, Loudspeaker, Control theory, Sound recording and reproduction and Sound field. His study brings together the fields of Signal processing and Acoustics. His work is dedicated to discovering how Loudspeaker, Digital filter are connected with Adaptive filter and other disciplines.
His Control theory research is multidisciplinary, incorporating elements of Drag, Laminar flow and Boundary layer. The Sound recording and reproduction study combines topics in areas such as Filter, Filter design, Inverse, Inverse filter and Stereophonic sound. His Sound power research incorporates elements of Acoustic source localization, Sound pressure and Harmonic.
Philip A. Nelson mainly investigates Acoustics, Loudspeaker, Sound field, Directivity and Reproduction. His research on Acoustics focuses in particular on Sound. Philip A. Nelson combines subjects such as Free field and Voltage with his study of Sound.
His Loudspeaker research is multidisciplinary, incorporating perspectives in Reverberation, Digital filter, Beamforming and Anechoic chamber. The study incorporates disciplines such as Sound power and Soundproofing in addition to Reverberation. His studies in Sound field integrate themes in fields like Electrical engineering, Rendering, Robustness and Distribution.
His primary scientific interests are in Acoustics, Loudspeaker, Directivity, Directional sound and Sound field. He has included themes like Process, Electronic engineering and Position in his Acoustics study. His work deals with themes such as Small number, Experimental data, Ideal, Microphone and Noise control, which intersect with Position.
His Directional sound study is concerned with Sound in general. Philip A. Nelson interconnects Mechanical engineering, Function, Maximization and Minification in the investigation of issues within Sound field. His work in Sound recording and reproduction tackles topics such as Reverberation which are related to areas like Interference.
P. A Nelson;S. J Elliot
C. R. Fuller;S. J. Elliott;P. A. Nelson;Jiri Tichy
P. A. Nelson;S. J. Elliott;John E. Ffowcs Williams
S.J. Elliott;P.A. Nelson
S. Elliott;I. Stothers;P. Nelson
O. Kirkeby;P.A. Nelson;H. Hamada;F. Orduna-Bustamante
P.A. Nelson;S.H. Yoon
Ole Kirkeby;Philip A. Nelson
S.J. Elliot;P.A. Nelson;I.M. Stothers;C.C. Boucher
P.A. Nelson;A.R.D. Curtis;S.J. Elliott;A.J. Bullmore
Ole Kirkeby;Philip A. Nelson;Hareo Hamada
Stephen John Elliott;Philip Arthur Nelson;Ian Mcgregor Stothers
S.H. Yoon;P.A. Nelson
C.R. Fuller;S.J. Elliott;P.A. Nelson
S.J. Elliott;C.C. Boucher;P.A. Nelson
P.A. Nelson;N.A. Halliwell;P.E. Doak
P.A. Nelson;H. Hamada;S.J. Elliott
P.A. Nelson;A.R.D. Curtis;S.J. Elliott;A.J. Bullmore
P.A. Nelson;N.A. Halliwell;P.E. Doak
S.J. Elliott;P.A. Nelson
S. Elliott;P. Nelson;I. Stothers;C. Boucher
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INRAE : Institut national de recherche pour l'agriculture, l'alimentation et l'environnement
