4 research outputs found
Detecting fake accounts through Generative Adversarial Network in online social media
Nowadays, online social media has become an inseparable part of human life,
also this phenomenon is being used by individuals to send messages and share
files via videos and images. Twitter, Instagram, and Facebook are well-known
samples of these networks. One of the main challenges of privacy for users in
these networks is anomalies in security. Anomalies in online social networks
can be attributed to illegal behavior, such deviance is done by malicious
people like account forgers, online fraudsters, etc. This paper proposed a new
method to identify fake user accounts by calculating the similarity measures
among users, applying the Generative Adversarial Network (GAN) algorithm over
the Twitter dataset. The results of the proposed method showed, accuracy was
able to reach 98.1% for classifying and detecting fake user accounts
Comparing Graph Similarity for Graphical Recognition
The original publication is available at www.springerlink.com. 8th International Workshop, GREC 2009, La Rochelle, France, July 22-23, 2009. Selected PapersIn this paper we evaluate four graph distance measures. The analysis is performed for document retrieval tasks. For this aim, different kind of documents are used including line drawings (symbols), ancient documents (ornamental letters), shapes and trademark-logos. The experimental results show that the performance of each graph distance measure depends on the kind of data and the graph representation technique
Improving Product-related Patent Information Access with Automated Technology Ontology Extraction
Ph.DDOCTOR OF PHILOSOPH
Comparing Graph Similarity Measures for Graphical Recognition
In this paper we evaluate four graph distance measures. The analysis is performed for document retrieval tasks. For this aim, different kind of documents are used including line drawings (symbols), ancient documents (ornamental letters), shapes and trademark-logos. The experimental results show that the performance of each graph distance measure depends on the kind of data and the graph representation technique