READ ME File For 'Dataset for Secure User-Centric Clustering for Energy Efficient Ultra Dense Networks: Design and Optimization'

Dataset DOI: 10.5258/SOTON/D0427

ReadMe Author: Hanzo, L., University of Southampton

This dataset supports the publication:
Lin, Y., Zhang, R., Yang, L., & Hanzo, L. (2017). Secure user-centric clustering for energy efficient ultra dense networks: design and optimization. IEEE Journal on Selected Areas in Communications.

This dataset contains:

This RDM includes the data set for plotting each of the result-figures of the above-mentioned paper. More explicitly, this RDM includes the data for plotting the x-axis and y-axis of a particular curve of the corresponding figure.

The figures are as follows:

Fig. 2: Impact of AP density λA on the performance. (The filled marker indicates that the PAR and PASR performance curves coincide with each other.) Y = PAR [b/s/Hz] x = λA [APs/km2]

Fig. 3: Impact of UE density λU on the performance. (The filled marker indicates that the PAR and PASR performance curves coincide with each other.) y1 = PAR [b/s/Hz]; y2 = PASR [b/s/Hz]; y3 = SEE [b/s/Hz/Joule]; y4 = PT[w]. x = λU [UEs/km2]

Fig. 4: Impact of the eavesdropper density λE on the performance. (The filled marker indicates that the PAR and PASR performance curves coincide with each other.) y1 = PAR [b/s/Hz]; y2 = SEE [b/s/Hz/Joule]; x = λE[eavesdroppers/km2]

Fig. 5: Impact of the throughput QoS constraint on the performance. (The filled marker indicates that the PAR and PASR performance curves coincide with each other.) y1 = PAR [b/s/Hz]; y2 = SEE [b/s/Hz/Joule]; x = Rk, ∀k [b/s Hz]

Fig. 6: Impact of the secured QoS constraint on the performance. (The filled marker indicates that the PAR and PASR performance curves coincide with each other.) y1 = PAR [b/s/Hz]; y2 = SEE [b/s/Hz/Joule]; x = S Rk, ∀k [b/s Hz]

Projects
Cooperative backhaul aided next-generation digital subscriber loops
User-Centric Visable Light Communications aided Networks

Date that the file was created: March 2018