MIMO is generally used for enhancing data transmission capacity, where multiple antennas are used to send the data and the more antennas means the more data transfer speed. Suppose, you have 5 antennas in the transmitting side an 5 antennas in the receiving side and you have a data stream of 100 bits for transmission. If you use each antenna to send 20 bits each then it would take five times less to send all the data if you only used a single antenna. By the use of MIMO increasing the data transmission speed is known as spatial multiplexing.
MIMO advantages: 1. Array gain improves signal SNR. 2. Diversity gain provides better signal strength through transmit and/or receive diversity. 3. Spatial Multiplexing provides a higher data rate. 4. Reduced co-channel interference.
Yong Soo Cho has written: 'MIMO-OFDM wireless communications with MATLAB' -- subject(s): Orthogonal frequency division multiplexing, MIMO systems, MATLAB
Multiplexing techniques vary widely based on what is being multiplexed. Modern telecommunications use a very wide array of techniques including: TDM - examples: TDMA, T-carrier FDM - examples: DWDM Spatial - example: MIMO Code division - examples: CDMA Phase or polarization division - cable/satellite TV Statistcal - examples: packet mode (STS), FHSS etc etc. This is far from a complete list. I think the question needs to be more specific.
Ieee 802.11n
Mimo Garcia goes by Mimo Garcia.
Frequency-division multiplexing, wavelength-division multiplexing, and time-division multiplexing.
A channel state matrix can provide the information needed to determine whether spatial multiplexing is possible for multilayer data transmission. Simple indicators for evaluating the mobile radio channel are derived from the channel matrix
The cast of Mimo Time - 2010 includes: Mimo Garcia as Himself - Host
Mimo Vaino was born on November 28, 1986.
Frequency-division multiplexing and wavelength-division multiplexing
What is multiplexing and its diagram
Mimo Garcia's birth name is Dimitar Gruev.