Anomaly Detection Techniques as a Quality Evaluation of graphs

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Document Type

Master Thesis

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CC-BY-NC-ND

Abstract

The goal of this project is the implementation of PyGQE, a software package that given a graph measures its quality by measuring the possible anomaly detections. The aim of this application is to help data scientists evaluate how important a dataset in graph form is and its level of quality. The program is implemented in python, it takes a list of edges in CSV format and a feature map (optional) and returns a list of anomalous nodes and uncommon features patterns.

Keywords

graph;anomaly;anomalies;outlier,deep learning

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