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11篇 您的检索式：作者名="CHAMPAGNE Benoit"

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		题名	作者	年代	出处	被引量
	1	Cooperative Multiband Joint Detection With Correlated Spectral Occupancy in Cognitive Radio Networks显示文摘	Khalid Hossain Benoit Champagne Ayman Assra	2012	IEEE Transactions on Signal Processing2012，60，5：	1
	2	Subspace-based blind channel estimation for MIMO-OFDM systems with reduced time averaging显示文摘	Chao-Cheng Tu Benoit Champagne		0，，：	1
	3	Subspace-Based Blind Channel Estimaiton: Generalization and Performance Analysis 显示文摘	Wei Kang Benoit Champagne	2005	IEEE Trans on Signal Processing2005，53，3：	1
	4	Plane rotation-based EVD updating schemes for efficient subspace tracking 显示文摘	BENOIT CHAMPAGNE and LIU QING-QUANG	1998	IEEE Transactions on Signal Processing1998，46，7：	1
	5	Hyper-Rayleigh scattering of neutral and charged helicenes 显示文摘	Edith Botek Milena Spassova Benoit Champagne	2005	Chem Phys Lett2005，412，46：	1
	6	Effective multi-path vector channel simulator for antenna array systems显示文摘	Alex Stephenne Benoit Champagne	2000	IEEE Transactions on Vehicular Technology2000，49，12：	1
	7	Density Functional Theory Investigation of the Stereochemistry Effects on ^1H and ^13 C NMR Chemical Shifts of Poly(vinyl chloride) Oligomers显示文摘	Philippe d' Antuono Edith Botek Benoit Champagne	2005	Chemical Physics Letters2005，411，：	1
	8	Exact maximum likelihood time delay estimation for short observation intervals显示文摘	Benoit Champagne Moshe Eizenman Subbarayan Pasupathy	1991	IEEE Transactions on Signal Processing1991，39，6：	1
	9	Fast adaptive eigenvalue decomposition: a maximum likelihood approach显示文摘	Thierry Chonavela Benoit Champagne Christian Riou	2003	Signal Processing2003，83，：	1
	10	Major intermolecular effects on nonlinear electrical response in a hexatriene model of solid state polyacetylene显示文摘	Bernard Kirtman Clifford E. Dykstra Benoit Champagne	1999	Chemical Physics Letters1999，，1：	1
	11	Low-complexity factor-graph-based MAP detector for filter bank multicarrier systems显示文摘FBMC(Filter Bank Multicarrier)modulation is considered one of the waveform candidates in fifth generation wireless communication technology because of its several improved features compared to conventional orthogonal frequency division multiplexing schemes.A soft-input-soft-output factor-graph-based maximum-a-posterior detector is applied to FBMC systems.The detector achieves better performance than simple linear equalizers such as minimum mean square error and zero forcing in coded systems while exhibiting only a linear growth in complexity with the number of simultaneous interfering symbols.Furthermore,the proposed detector can be easily extended to cases where FBMC modulation is combined with multiple-input-multiple-output processing.The complexity of the detector is analyzed and the simulation results demonstrated its superior performance.	CUI Fangyu ZHAO Minjian CAI Yunlong CHAMPAGNE Benoit	2016	Journal of Communications and Information Networks2016，1，3：	0

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