Siamese Neural Networks on the Trail of Similarity in Bugs in 5G Mobile Network Base Stations

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Abstract

To improve the R&D process by reducing duplicated bug tickets, we used the idea of composing a BERT encoder as a Siamese network to create a system for finding similar existing tickets. We proposed several different methods of generating artificial ticket pairs to augment the training set. Two phases of training were conducted. The first showed that only approximately 9% of pairs were correctly identified as certainly similar. Only 48% of the test samples were found to be pairs of similar tickets. With fine-tuning, we improved that result to 81%, which is a number describing a set of common decisions between the engineer in the company and the solution presented. With this tool, engineers in the company receive a specialized instrument with the ability to evaluate tickets related to a security bug at a level close to an experienced company employee. Therefore, we propose a new engineering application in corporate practice in a very important area with Siamese network methods that are widely known and recognized for their efficiency.

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Zarębski, S., Kuzmich, A., Sitko, S., Rusek, K., & Chołda, P. (2022). Siamese Neural Networks on the Trail of Similarity in Bugs in 5G Mobile Network Base Stations. Electronics (Switzerland), 11(22). https://doi.org/10.3390/electronics11223664

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