Add to ORKGThe primary long term objective of this project is to: � determine a fast and accurate inversion method to estimate bottom properties in shallow water. OBJECTIVES The objectives of this year’s work (FY11) included: � to continue study of a new low frequency (LF) geoacoustic inversion (G.I.) method (Tolstoy, ’10), particularly the investigation of a new broadband method (the minimization method; see Tolstoy, ’12); � to apply the LF G.I. method to horizontal arrays in a simulated SW06 environment
The long term goals of this research are to develop practical and efficient algorithms for applicati...
The long term goals of this research are to develop practical and efficient algorithms for applicati...
Integral geoacoustic properties of the sea bottom were determined from full-field inversion of broad...
The primary long term objective of this project is to: determine a fast and accurate inversion meth...
The ability to predict the sound field in shallow water envirnments depends to a large degree on hav...
The ability to predict the sound field in shallow water is constrained by the knowledge of the geoac...
The long-term objective of this work is to develop methods for rapid assessment of seabed variabilit...
The long-term objective of this work is to develop methods for rapid assessment of seabed variabilit...
The ability to predict transmission loss of sound propagating in shallow water is constrained by the...
Shallow-Water Environments Using High-Resolution Wavenumber Estimation, Ph.D. Thesis
The long-term objective of this proposal is to develop methods for rapid assessment of seabed variab...
This thesis is concerned with the problem of estimating the acoustic properties of a seabed from mea...
Thesis (Ph.D.)--University of Washington, 2013The ocean geoacoustic inverse problem is the estimatio...
The long-term objective of this work is to develop methods for rapid assessment of seabed variabilit...
The paper discusses an inversion method that allows the rapid determination of in situ geoacoustic p...
The long term goals of this research are to develop practical and efficient algorithms for applicati...
The long term goals of this research are to develop practical and efficient algorithms for applicati...
Integral geoacoustic properties of the sea bottom were determined from full-field inversion of broad...
The primary long term objective of this project is to: determine a fast and accurate inversion meth...
The ability to predict the sound field in shallow water envirnments depends to a large degree on hav...
The ability to predict the sound field in shallow water is constrained by the knowledge of the geoac...
The long-term objective of this work is to develop methods for rapid assessment of seabed variabilit...
The long-term objective of this work is to develop methods for rapid assessment of seabed variabilit...
The ability to predict transmission loss of sound propagating in shallow water is constrained by the...
Shallow-Water Environments Using High-Resolution Wavenumber Estimation, Ph.D. Thesis
The long-term objective of this proposal is to develop methods for rapid assessment of seabed variab...
This thesis is concerned with the problem of estimating the acoustic properties of a seabed from mea...
Thesis (Ph.D.)--University of Washington, 2013The ocean geoacoustic inverse problem is the estimatio...
The long-term objective of this work is to develop methods for rapid assessment of seabed variabilit...
The paper discusses an inversion method that allows the rapid determination of in situ geoacoustic p...
The long term goals of this research are to develop practical and efficient algorithms for applicati...
The long term goals of this research are to develop practical and efficient algorithms for applicati...
Integral geoacoustic properties of the sea bottom were determined from full-field inversion of broad...