READ ME File For 'Adaptive Coding and Modulation for Large-Scale Antenna Array Based Aeronautical Communications in the Presence of Co-channel Interference'

Dataset DOI: 10.5258/SOTON/D0315

ReadMe Author: Jiankang Zhang, Southampton Wireless Group, Electronics and Computer Science, University of Southampton

This dataset supports the publication:
Zhang, Jiankang; Chen, Sheng; Maunder, Robert; Zhang, Rong; Hanzo, Lajos.
Adaptive Coding and Modulation for Large-Scale Antenna Array Based Aeronautical Communications in the Presence of Co-channel Interference. 
IEEE Transactions on Wireless Communications

This dataset contains which are used for generating Fig.3 to Fig.9. These figures are plotted using GLE (Graphics Layout Engine). The scripts of Gle are also included in the folds for each figures. In order to generate these figures, you should install Gle
http://glx.sourceforge.net/

The figures are as follows:

Fig. 3  Illustration of how to obtain the desired distance thresholds for the proposed distance-based ACM scheme, using the examples of Tables I and II.
Fig. 4  (a)~The achievable throughput per DRA as a function of the number of interfering aircraft $A$, and (b)~The CCDFs of the simulated throughputs per DRA for different numbers of interfering aircraft. 
Fig. 5  (a)~The achievable throughput per DRA as a function of the distance $d_{b^{*}}^{a^{*}}$ between the desired communicating aircraft $a^{*}$ and $b^{*}$,and (b)~The CCDFs of the simulated throughputs per DRA for different $d_{b^{*}}^{a^{*}}$. 
Fig. 6  (a)~The achievable throughput performance per DRA as a function of the number of DTAs $N_t$, and (b)~The CCDFs of the simulated throughputs per DRA for different numbers of DTAs $N_t$.
Fig. 7  (a)~The achievable throughput as a function of the number of DRAs $N_r$, and (b)~The CCDFs of the simulated throughputs per DRA for different numbers of DRAs $N_r$.
Fig. 8  (a)~The achievable throughput per DRA as a function of the correlation factor of DTAs $\rho$, and (b)~The CCDFs of the simulated throughputs per DRA for different values of $\rho$. 
Fig. 9  (a)~The achievable throughput per DRA as a function of the Rician factor $K_{\text{Rice}}$, and (b)~The CCDFs of the simulated throughputs per DRA for different values of $K_{\text{Rice}}$. 


Date of data collection: February 9th, 2017, August 23th 2017

Information about geographic location of data collection: University of Southampton, U.K.

Related projects:
BEAM-ME-UP - ERC Advanced, L Hanzo (European Union), 1/03/13 --- 28/02/18
HARNet, Maunder, R. & Rogers, A. (Innovate UK), 1/03/14 --- 31/12/15


Date that the file was created: Novemver 2017