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Opportunities

Multi-Access Edge ML-based QoE Estimator

  • C3LA: Cognitive Closed Control Loops Architecture for Edge IoV Services
  • Type: PhD
Abstract:

The PhD student will investigate suitable methods and edge node component architecture capable of estimating the QoE as perceived per target users in access networks close to / served from a MEC platform where QoE estimation is carried. In addition to the engineering challenges of the MEC-based QoE estimator, multiple research questions are still open around the limits and applicability of ML to softwarized networks and end-to-end service lifecycle management. How to port techniques from one networking scenario, service, and time frame to another one in an effective manner is only one of the many-fold limitations in the state of the art on ML/AI for networking. Research questions on ML for CCL include QoE inference and prediction based on network-level data collection, as well as the ability to perform root cause analysis of service degradation, among many applications of ML for IoV

Desired skills:

Machine Learning, Python, computer networks.

Location:

Campinas, SP

Funding:

FAPESP

Starting Date:

January/2024

Advisor:

Christian Rothenberg

Contact: chesteve@unicamp.br

Monthly FAPESP scholarship:
First year: R$ 3.694,80 Second to fourth years: R$ 4.572,90 Plus 20% annually for research contingency funds (Optionally) 1-Year Research Internship Abroad (BEPE) at a partner international institution

Good References:

[1] Intelligent Offloading in Multi-Access Edge Computing: A State-of-the-Art Review and Framework
[2] Machine Learning Approach to Estimate Video QoE of Encrypted DASH Traffic in 5G Networks

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