Ymer Gurra
Estimating QoE from QoS in real-time traffic: a Machine learning approach.
Rel. Martino Trevisan, Michela Meo, Dena Markudova. Politecnico di Torino, Corso di laurea magistrale in Communications And Computer Networks Engineering (Ingegneria Telematica E Delle Comunicazioni), 2021
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Abstract
As the title of thesis suggests, this research activity consists in analyzing data traces about video-conferencing tools and developing Machine-Learning approaches for estimating the Quality of Experience of a meeting through measurements on the data traffic. The knowledge of QoE is very valuable in the network providers’ point of view, since by knowing what is the quality experienced at the end user, they can improve the network performance accordingly. The main idea is to use a considerable number of data pcaps, collected from various types of meetings, in order to predict some target QoE metrics aiming to improve the meeting quality.
So, basically by using measurements collected via Wireshark, a famous packet sniffer tool, at the vantage points of the network, we work on developing various ML approaches to map them into 3 main QoE targets, collected from application logs at the user side, which are: resolution, smoothness and concealment
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