Space-Time Codes for High Data Rate Wireless Communications
Citations
2,032 citations
Cites background or methods from "Space-Time Codes for High Data Rate..."
...the single-relay case consists of satisfying the classical rank and determinant criteria for colocated antennas [2],...
[...]
...circularly symmetric complex Gaussian behavior widely used in the MIMO literature [2], [24], [25]....
[...]
...Hence, optimum signal design for the relay case consists of constructing a space–time code satisfying the classical rank and determinant criteria [2], as well as ensuring proper power control (diversity is achieved in the effective SNR )....
[...]
[...]
1,996 citations
Cites background from "Space-Time Codes for High Data Rate..."
...However, the maximum spectral efficiency of full-diversity STC systems is one symbol per symbol duration for any number of transmit antennas [9]....
[...]
931 citations
Cites background from "Space-Time Codes for High Data Rate..."
...Practical schemes, like layered space-time (ST) receiver structures [8]–[10] combined with space-time codes [11] allow us to approach these capacity limits....
[...]
886 citations
883 citations
References
65,425 citations
45,034 citations
25,017 citations
"Space-Time Codes for High Data Rate..." refers methods in this paper
...The probability density function of this random variable is given by [71] fγ(γ) = 1 (nTnR − 1)! 3 SNR rnT ́nTnR γnTnR−1e− γ SNR/rnT ....
[...]
...Performance analysis for the error rate of these schemes was drawn from analysis of receive diversity combining schemes [71, 7]....
[...]
...Unlike linear equalization techniques, APP or Maximum Likelihood Sequence Estimation (MLSE) techniques [109] do not suffer from error propagation or noise enhancement [71]....
[...]
...1 Performance Analysis The pair-wise error probability of a maximum-likelihood receiver is well approximated by the Chernoff bound [42, 71, 37] P (c→ e) = P (c→ e | αi,j) ≤ exp(−d2(c, e|αi,j)γ), (4....
[...]
[...]
23,986 citations
17,102 citations
"Space-Time Codes for High Data Rate..." refers background in this paper
...The concept of cellular mobile systems, which was originally proposed in 1968 by AT&T to the Federal Communications Commission (FCC) [3], was based on breaking each market into small geographic zones or “cells” that use a fraction of the total available radio spectrum....
[...]
...The FCC allocated a total of 40 MHz of spectrum in the 800 MHz band to cover 666 full duplex channels....
[...]