RF Transceiver Design for MIMO Wireless Communications by Abbas Mohammadi
By Abbas Mohammadi
This useful source bargains an intensive exam of RF transceiver layout for MIMO communications. providing a pragmatic view on MIMO instant platforms, this publication extends basic thoughts on vintage instant transceiver layout options to MIMO transceivers. This is helping reader achieve a truly accomplished figuring out of the topic. This in-depth quantity describes many theoretical and implementation demanding situations on MIMO transceivers and gives the sensible ideas for those matters. This complete e-book offers thorough descriptions of MIMO theoretical strategies, MIMO unmarried provider and OFDM modulation, RF transceiver layout suggestions, strength amplifier, MIMO transmitter layout thoughts and their RF impairments, MIMO receiver layout tools, RF impairments research together with nonlinearity, DC-offset, I/Q imbalance and section noise and their reimbursement in OFDM and MIMO suggestions. additionally, it offers the main functional options to achieve RF front-ends in MIMO structures. This publication is supported with many layout equations and illustrations. the 1st ebook devoted to RF Transceiver layout for MIMO platforms, this quantity serves as a present, one-stop advisor supplying you economical strategies to your hard initiatives within the field.
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Additional info for RF Transceiver Design for MIMO Wireless Communications
Sample text
A First Couse in Digital Communications. : Wireless Communication, Principles and Practice, 2nd edn. : Wireless Communications. : Wireless Information Networks, 2nd edn. : Principle of Mobile Communications. : Introduction to Space-Time Wireless Communications. : MIMO Wireless Communications. : MIMO System Technology for Wireless Communications. : Coding for MIMO Communication Systems. : Defining, designing, and evaluating digital communication systems. : Characterization of Adaptive Modulators in Fixed Wireless ATM Networks.
The capacity of a channel defines the maximum number of bits that can be reliably sent per second over the channel. 3) where N o is the power spectral density of white noise. 4) where rb is the data rate in bits per second. 1 shows the relationship between rb / W and Eb / N o for the case where the data (information) rate, rb , is equal to C. As can be seen, a curve separates a region of practical communication systems from a region where such communication systems cannot operate reliably. In the spectral efficient region, a modulation scheme can be designed to transmit a number of bits in one hertz using a practical Eb / N o .
16. This cyclic extension in called the cyclic prefix (CP). As can be seen, the CP is created by copying the end of the OFDM symbol and placing that copy at the beginning of the symbol, for every symbol. The length of the CP is selected according to the impulse response of the wireless channel. As result of the channel dispersion, the samples of symbol M-1 spreads to samples of symbol M, while the samples of symbol M are spreading to the samples of symbol M+1. The CP must have enough length to capture the interference due to channel dispersion.