Challenges in Using ML for Networking Research

Abstract

Leveraging innovations in Machine Learning (ML) research is of great current interest to researchers across the sciences, including networking research. However, using ML for networking poses challenging new problems that have been responsible for slowing the pace of innovation and the adoption of ML in the networking domain. Among the main problems are a well-known lack of data in general and representative data in particular, an overall inability to label data at scale, unknown data quality due to differences in data collection strategies, and data privacy issues that are unique to network data. Motivated by these challenges, we describe the design of Emerge 1 , a novel framework to support efforts to dEmocratize the use of ML for nEtwoRkinG rEsearch. In particular, Emerge focuses on the problem of providing a low-cost, scalable, and highquality methodology for labeling networking data. To illustrate the benefits of Emerge, we use publicly available network measurement datasets from Caida's Ark project and create and evaluate data labels for them in a programmable fashion.

Zero Touch Management: A Survey of Network Automation Solutions for 5G and 6G Networks

“…In this regard, there is much ongoing research to tackle these challenges. For example, the authors of [277] propose a framework called Emerge that extends the ideas from the NoMoNoise platform [278] to label networking data in a cost-effective fashion supporting privacy-preserving collaborations assuming the availability of good quality datasets. The ability of the framework is demonstrated by training an LSTM using the extracted labels.…”