READ ME File For 'Research data for the paper: Concurrent OFDM Demodulation and Turbo Decoding for Ultra Reliable Low Latency  Communication'

Dataset DOI: https://doi.org/10.5258/SOTON/D1185

ReadMe Author: Luping Xiang, Southampton Wireless Group, Electronics and Computer Science, University of Southampton

This dataset supports the publication:
Luping Xiang, Robert G. Maunder, and Lajos Hanzo;
Concurrent OFDM Demodulation and Turbo Decoding for Ultra Reliable Low Latency  Communication.
IEEE Transactions on Vehicular Technology

This dataset contains which are used for generating Fig.8 Fig.9 Fig.10 Fig.11 and Fig.12. 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. 8: MI calculated by histogram and averaging methods, when employing a punctured LTE turbo code, Gray-coded 4QAM, OFDM and a quasi-static ETU Rayleigh fading channel, where $K=1376$ and $N=2048$.
Fig. 9: MI calculated by histogram and averaging methods, when employing a punctured LTE turbo code, Gray-coded 16QAM, OFDM and a quasi-static ETU Rayleigh fading channel, where $K=1376$ and $N=1024$.
Fig. 10: BER of the proposed concurrent architecture, when using $C\in\{128,$ 256, 512, 1024, $2048\}$ and employing a punctured LTE turbo code, Gray-coded QAM, OFDM and a quasi-static ETU Rayleigh fading channel, where $K=1376$, $N=2048$ for 4QAM and $N=1024$ for 16QAM.
Fig. 11: BER of the staggered architecture, when using $C = 128$ and $S \in \{0, 256, 512,  1024\}$, employing a punctured LTE turbo code, Gray-coded QAM, OFDM and a quasi-static ETU Rayleigh fading channel, where $K=1376$, $N=2048$ for 4QAM and $N=1024$ for 16QAM.
Fig. 12: BER of the proposed architecture with an exponential scaling factor function, when using C = 128 and $S \in\{0,$ 256, $512 \}$ and employing a punctured LTE turbo code, Gray-coded QAM, OFDM and a quasi-static ETU Rayleigh fading channel, where $K=1376$, $N=2048$ for 4QAM and $N=1024$ for 16QAM


Date of data collection: from December 1th, 2016 to December 10st, 2019

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

Related projects:
ERC of the Advanced Fellow Grant QuantCom


Date that the file was created: Dec 2019