READ ME File For Dataset for 'Towards high accuracy positioning in 5G via passive synchronization of base stations using thermally-insensitive optical fibers'

Dataset DOI: 10.5258/SOTON/D1036

ReadMe Author: Radan Slavik, University of Southampton 

This dataset supports the publication:

W. ZHU, E.R. NUMKAM FOKOUA, Y. CHEN, T.D. BRADLEY, S.R. SANDOGHCHI, M. DING, G.T. JASION, M.N. PETROVICH, F. POLETTI, M. ZHAO, D.J. RICHARDSON, and R. SLAVIK
Towards high accuracy positioning in 5G via passive synchronization of base stations using thermally-insensitive optical fibers, IEEE ACCESS Journal 


Uploaded Archive (ZIP) includes 4 data files that are purely numerical (.txt)


The figures are as follows:

Fig. 3:
data for Fig3.txt 	Polarization mode dispersion (PMD, ps/sqrt(km)), loss (db//km) and Chromatic dispersion (CD, ps/nm/km) over wavelength of the Hollow core fibre used

Fig. 4:
data for Fig4.txt 	Temperature (degC) over time (hours) inside the thermal chamber

Fig. 5:
data for Fig5.txt       Delay change (in ps) over temperature (degC) for standard single-mode fibre, hollow core fibre operating at 1553 nm, and operating at 1611 nm

Fig. 6:
data for Fig6.txt	Received power over frequency detuning from the carrier (GHz) after 1-km long standard single-mode fibre, hollow core fibre operating at 1553 nm, and operating at 1611 nm  


Date of data collection: 1/3/2018-1/11/2019

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

Licence: reative Commons Attribution.

Related projects:
Airguide, RAEng Senior Research Fellowship, Lightpipe


Date that the file was created: 24 July, 2019