Search Results - "HINES, Paul C"

Observed transmissions and ocean-ice-acoustic coupled modelling in the Beaufort Sea by Barclay, David R., Martin, Bruce S., Hines, Paul C., Hamilton, James M., Zykov, Mikhail, Deveau, Terry, Borys, Pablo

“…An ocean-ice-acoustic coupled model is configured for the Beaufort Sea. The model uses outputs from a data assimilating global scale ice-ocean-atmosphere…”
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A lexical basis for N400 context effects: Evidence from MEG by Lau, Ellen, Almeida, Diogo, Hines, Paul C., Poeppel, David

“…The electrophysiological response to words during the ‘N400’ time window (∼300–500 ms post-onset) is affected by the context in which the word is presented,…”
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An Experimental Benchmark for Geoacoustic Inversion Methods by Bonnel, Julien, Pecknold, Sean P., Hines, Paul C., Chapman, N. Ross

“…Over the past 25 years, there has been significant research activity in development and application of methods for inverting acoustical field data to estimate…”
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Range-dependent impacts of ocean acoustic propagation on automated classification of transmitted bowhead and humpback whale vocalizations by Binder, Carolyn M., Hines, Paul C.

“…Significant effort has been made over the last few decades to develop automated passive acoustic monitoring (PAM) systems capable of classifying cetaceans at…”
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Examining the robustness of automated aural classification of active sonar echoes by Murphy, Stefan M, Hines, Paul C

“…Active sonar systems are used to detect underwater man-made objects of interest (targets) that are too quiet to be reliably detected with passive sonar…”
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Automated aural classification used for inter-species discrimination of cetaceans by Binder, Carolyn M, Hines, Paul C

“…Passive acoustic methods are in widespread use to detect and classify cetacean species; however, passive acoustic systems often suffer from large false…”
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Acoustic backscatter measurements from littoral seabeds at shallow grazing angles at 4 and 8 kHz by HINES, Paul C, OSLER, John C, MACDOUGALD, Darcy J

“…Direct measurement of acoustic scattering from the seabed at shallow grazing angles and low kilohertz frequencies presents a considerable challenge in littoral…”
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Perception-based automatic classification of impulsive-source active sonar echoes by Young, Victor W., Hines, Paul C.

“…Impulsive-source active sonar systems are often plagued by false alarm echoes resulting from the presence of naturally occurring clutter objects in the…”
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Performances of human listeners and an automatic aural classifier in discriminating between sonar target echoes and clutter by Allen, Nancy, Hines, Paul C., Young, Victor W.

“…Human listening tests were conducted to investigate if participants could distinguish between samples of target echoes and clutter obtained from a broadband…”
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Transmission loss measurements and geoacoustic sensitivity modeling at 1.2 kHz by Pecknold, Sean P., Masui, Kiyoshi W., Hines, Paul C.

“…The Shallow Water Experiment 2006 was conducted off the coast of New Jersey in the summer of 2006. Defence Research and Development Canada-Atlantic performed a…”
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Nonlinear Inversion of Acoustic Scalar and Vector Field Transfer Functions by Crocker, S. E., Miller, J. H., Potty, G. R., Osler, J. C., Hines, P. C.

“…A study to investigate the use of the acoustic vector field, separately or in combination with the scalar field, to invert for geoacoustic properties of the…”
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Linear and nonlinear measures of ocean acoustic environmental sensitivity (L) by DOSSO, Stan E, GILES, Peter M, BROOKE, Gary H, MCCAMMON, Diana F, PECKNOLD, Sean, HINES, Paul C

“…This letter defines linear, linearized, and nonlinear measures of environmental sensitivity for ocean acoustic propagation that account for realistic…”
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Time-of-Flight Measurements of Acoustic Wave Speed in a Sandy Sediment at 0.6-20 kHz by Hines, P C, Osler, J C, Scrutton, J G E, Halloran, L J S

“…There is considerable interest within the underwater acoustics community as to whether a fluid model or a poroelastic (Biot) model provides a more accurate…”
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Spatial field shifts in ocean acoustic environmental sensitivity analysis by Dosso, Stan E., Morley, Michael G., Giles, Peter M., Brooke, Gary H., McCammon, Diana F., Pecknold, Sean, Hines, Paul C.

“…This article examines the effects of spatial field shifts in ocean acoustic environmental sensitivity analysis. Acoustic sensitivity studies are typically…”
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Measurement and modeling of seabed particle motion using buried vector sensors by Osler, J C, Chapman, D M F, Hines, P C, Dooley, G P, Lyons, A P

“…A technique was developed to measure the speed of sound in marine sediments at discrete frequencies from 0.6 to 3 kHz by transmitting pulses from acoustic…”
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Using buried vector sensors to examine seabed layering in sandy sediment by Hines, Paul C., Osler, John C., Scrutton, Jeff, Chapman, David M.F., Lyons, Anthony

“…There is considerable interest within the underwater acoustics community in quantifying the sound-speed dispersion in sandy sediments at low kiloHertz…”
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Measurement and modeling of elliptical particle motion in the seabed by Osler, John C., Chapman, David M. F., Hines, Paul C., Scrutton, Jeffrey, Lyons, Anthony P.

“…As part of the SAX04 experiment conducted off the coast of Florida in the Gulf of Mexico, four vector sensors containing three-axis accelerometers and pressure…”
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Impacts of environment-dependent acoustic propagation on passive acoustic monitoring of cetaceans by Binder, Carolyn, Hines, Paul C.

“…Significant effort has been made over the last few decades to develop automated passive acoustic monitoring (PAM) systems capable of classifying cetaceans at…”
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Relative impact of signal-to-noise ratio and propagation effects on the performance of an aural classifier by Binder, Carolyn, Hines, Paul C.

“…Passive acoustic monitoring (PAM) is used to study marine mammals in their habitats, which cover diverse underwater environments. The distinct propagation…”
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Sub-band processing of continuous active sonar signals in shallow water by Murphy, Stefan M., Hines, Paul C.

“…Continuous active sonar (CAS) is a special case of active sonar where the ping duration approaches the ping repetition interval. Sub-band processing is a…”
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