000			02192nam a2200205Ia 4500
008			140223b2006 xxu||||| |||| 00| 0 eng d
020			_a9780521851053 _c0.00
082			_a621.384 _bSPA
100			_aBolcskei, H.
245			_aSPACE -Time Wireless Systems from Array Processing to MIMO Communications
260			_aCambridge _bCambridge University Press _c2006
300			_a582p
500			_aPart - 1: Multiantenna Basics Propagation Aspects of MIMO Channel Modeling Beam forming Techniques Diversity in Wireless Systems Fundamentals of MIMO Channel Capacity Multiantenna Capacity: Myths and Realities The Role of Feedback, CSI, and Coherence in MIMO Systems Part - 2: Space - Time Modulation and Coding Introduction to Space - Time Codes Perspectives on the Diversity - Multiplexing Trade - Off in MIMO Systems Linear Precoding for MIMO Channels Space - Time Coding for Noncoherent Channels Space - Time Coding for Time and Frequency - Selective MIMO Channels Part - 3: Receiver Algorithms and Parameter Estimation Array Signal Processing Optimal Subspace techniques for DOA Estimation Blind and Semiblind MIMO Channel Estimation MIMO receive Algorithms Space - Time Turbo Coding Training for MIMO Communications Part - 4: System - Level Issues of Multiantenna Systems MIMO Gaussian Multiple Access Channels On Information - Theoretic Aspects of MIMO broadcast Channels Multiuser MIMO Systems Opportunistic Communication: a System View System Level Performance of MIMO Systems Part - 5: Implementations, Measurements, Prototypes and Standards What We Can Learn from Multiantenna Measurements Experiments in Space - Time Modulation and demodulation Multiple Antenna Techniques in 3G Wireless Systems MIMO Wireless Local Area Networks VLSI Implementation of MIMO Detection Index
600			_aElectronic Communication
700			_aPapadias, C. B.
700			_aVan der Veen, A. - J.
700			_aGesbert, D.
890			_aUSA
995			_ASPA _B007841 _CECT-NIT _D3431.75 _E0 _F049 _G4377 _H0 _I0.00 _J4637.50 26% _L20081021 _M02 _UC _W20081112 _XMahajan Book Depot _ZReference
999			_c48747 _d48747