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7篇 您的检索式：作者名="Waymond"

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		题名	作者	年代	出处	被引量
	1	Measured electrical constitutive parameters of soil as functions of frequency and moisture content显示文摘	Waymond R Scott Glenn S S	1992	IEEE Trans on Geoscience and Remote Sensing1992，30，3：	1
	2	A finite-difference model to study the elastic-wave interactions with buried land mines显示文摘	Christoph T Schroder Waymond R Scott	2000	IEEE Transactions on Geosciencs and Sensing2000，38，4：	1
	3	Explorations of negotiation behaviors in ten foreign cultures using a model developed in the united states 显示文摘	Graham L John Alma T Mintu Waymond Rodgers	1994	Management Science1994，40，1：	1
	4	Experimental model for a seismic landmine detection system显示文摘	Waymond R Scott James S Martin Gregg D Larson	2001	IEEETransGeosciand Remote Sensing2001，39，6：	1
	5	A framework for information-based sensor management for the detection of static targets显示文摘	Mark P K Waymond R S and Leslie M C	2011	IEEE Transactions on Systems Man and Cybernetics2011，41，1：	1
	6	The influences of conflicting information on novices and loan officers’ actions显示文摘	Waymond Rodgers	1999	Journal of Economic Psychology1999，，2：	1
	7	High-Resolution 3-D Radar Imaging through Nonuniform Fast Fourier Transform(NUFFT)显示文摘This paper applies a 3-D nonuniform fast Fourier transform(NUFFT)migration method to image both free-space and buried targets from data collected by a ultra-wideband ground penetrating radar(GPR)system.The method incorporates the NUFFT algorithm into 3-D phase shift migration to evaluate the inverse Fourier transform more accurately and more efficiently than the conventional migration methods.Previously,the nonuniform nature of the wavenumber space required linear interpolation before the regular fast Fourier transform(FFT)could be applied.However,linear interpolation usually degrades the quality of reconstructed images.The NUFFT method mitigates such errors by using high-order spatial-varying kernels.The NUFFT migration method is utilized to reconstruct GPR images collected in laboratory.A plywood sheet in free space and a buried plexiglas chamber are successfully reconstructed.The results in 3-D visualization demonstrate the outstanding performance of the method to retrieve the geometry of the objects.Several buried landmines are also scanned and reconstructed using this method.Since the images resolve the features of the objects well,they can be utilized to assist the landmine discrimination.	Jiayu Song Qing H.Liu Kangwook Kim Waymond R.Scott,Jr.	2006	Communications in Computational Physics2006，1，1：	0

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