Abstract:Highlights• This paper focuses on money laundering detections with machine learning. • A graph-based representation for banking transactions is used.• The proposed Node2Vec based solution is analyzed on a dataset.
“…Random Forest, Support Vector Machine, and Gradient Boosted Tree each appeared three times, showing their prevalence and effectiveness in dealing with complex financial data (Alkhalili et al, 2021;Alotibi et al, 2022;Labanca et al, 2022;Masrom et al, 2023;Ruiz & Angelis, 2022;Pocher et al, 2022;Ruchay et al, 2023;Zhang & Trubey, 2019) . Algorithms such as K-Nearest Neighbors, Naive Bayes, Node2Vec, Reinforcement Learning, Deep Neural Network, Isolation Forest, and Deep Protect each appear once, providing diverse tools used to tackle money laundering and financial crime (Alkhalili et al, 2021;Alotibi et al, 2022;Caglayan & Bahtiyar, 2022;Labanca et al, 2022;Lopes et al, 2022;Shahbazi & Byun, 2022). All of these algorithms collaborate to help improve the ability to detect and prevent increasingly complex money laundering.…”
Section: Resultsmentioning
confidence: 99%
“…Especially in graphical models, the detection process turns out to be more difficult because numerous techniques are implicated in money laundering (Caglayan & Bahtiyar, 2022).…”
Section: Resultsmentioning
confidence: 99%
“…Unfortunately, the influence of data quality is frequently underestimated because the focus on developing learning model performance is overly intense. However, both data quality and model quality should be carefully considered when creating an efficient solution to tackle money laundering (Caglayan & Bahtiyar, 2022;Gupta et al, 2022).…”
Money laundering is a complex issue with global impact, leading to the increased adoption of artificial intelligence (AI) to bolster anti-money laundering (AML) measures. AI, with machine learning and deep learning as key drivers, has become an essential enhancement for AML strategies. Recognizing this emerging trend, this study embarks on a systematic literature review, aiming to provide novel insights into the implementation, effectiveness, and challenges of these sophisticated computational techniques within AML frameworks. A critical analysis of 26 selected studies published from 2018 to 2023 highlights the essential role of machine learning and deep learning in identifying money laundering schemes. Notably, the decision tree algorithm stands out as the most commonly utilized technique. The combined use of both learning models has proven to significantly increase the effectiveness of AML systems in detecting suspicious financial patterns. However, the optimization of these advanced methods is still constrained by issues related to data complexity, quality, and access.
“…Random Forest, Support Vector Machine, and Gradient Boosted Tree each appeared three times, showing their prevalence and effectiveness in dealing with complex financial data (Alkhalili et al, 2021;Alotibi et al, 2022;Labanca et al, 2022;Masrom et al, 2023;Ruiz & Angelis, 2022;Pocher et al, 2022;Ruchay et al, 2023;Zhang & Trubey, 2019) . Algorithms such as K-Nearest Neighbors, Naive Bayes, Node2Vec, Reinforcement Learning, Deep Neural Network, Isolation Forest, and Deep Protect each appear once, providing diverse tools used to tackle money laundering and financial crime (Alkhalili et al, 2021;Alotibi et al, 2022;Caglayan & Bahtiyar, 2022;Labanca et al, 2022;Lopes et al, 2022;Shahbazi & Byun, 2022). All of these algorithms collaborate to help improve the ability to detect and prevent increasingly complex money laundering.…”
Section: Resultsmentioning
confidence: 99%
“…Especially in graphical models, the detection process turns out to be more difficult because numerous techniques are implicated in money laundering (Caglayan & Bahtiyar, 2022).…”
Section: Resultsmentioning
confidence: 99%
“…Unfortunately, the influence of data quality is frequently underestimated because the focus on developing learning model performance is overly intense. However, both data quality and model quality should be carefully considered when creating an efficient solution to tackle money laundering (Caglayan & Bahtiyar, 2022;Gupta et al, 2022).…”
Money laundering is a complex issue with global impact, leading to the increased adoption of artificial intelligence (AI) to bolster anti-money laundering (AML) measures. AI, with machine learning and deep learning as key drivers, has become an essential enhancement for AML strategies. Recognizing this emerging trend, this study embarks on a systematic literature review, aiming to provide novel insights into the implementation, effectiveness, and challenges of these sophisticated computational techniques within AML frameworks. A critical analysis of 26 selected studies published from 2018 to 2023 highlights the essential role of machine learning and deep learning in identifying money laundering schemes. Notably, the decision tree algorithm stands out as the most commonly utilized technique. The combined use of both learning models has proven to significantly increase the effectiveness of AML systems in detecting suspicious financial patterns. However, the optimization of these advanced methods is still constrained by issues related to data complexity, quality, and access.
“…Geng et al (2022) proposed an enhanced version of GCN, a graph attention mechanism, with the potential for detecting illegal activities in blockchain networks, demonstrating the usefulness of graph learning in addressing blockchain system security. Caglayan and Bahtiyar (2022) proposed a graph embedding algorithm called node2vec to detect money laundering in financial transactions. It proved to be superior to other methods for detecting money laundering in a banking transaction dataset.…”
Section: Graph Learning and Analysis For Detecting Money Launderingmentioning
Cryptocurrencies have advantages such as lower costs, efficiency, and security, but are vulnerable to fraud due to a lack of controls and anonymity. Criminals use virtual currencies for quick, anonymous transactions. Robust measures are needed to prevent illegal activities like money laundering. Machine learning (ML) and graph analysis can help detect fraud in the cryptocurrency market, despite criminals mimicking normal transactions. This study aims to use cutting-edge technologies like ML and graph learning to find fraudulent patterns in cryptocurrency transactions.
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