This thesis delves into the realm of machine learning, data analysis, and data acquisition systems, with a focus on the e-commerce sector. One of the primary objectives is to identify "missing revenue recognition" on e-commerce platforms. By leveraging various user interaction signals such as clicks, rage clicks, form submissions, and more, we aim to detect potential gaps and opportunities in revenue capture. Moreover, the research also extends to technological flaws that might hinder optimal user experience, such as slow-loading pages, problematic resources, JavaScript errors, and the like. By addressing these issues, this work aims to enhance user experience and consequently, revenue generation in the e-commerce space.

This thesis delves into the realm of machine learning, data analysis, and data acquisition systems, with a focus on the e-commerce sector. One of the primary objectives is to identify "missing revenue recognition" on e-commerce platforms. By leveraging various user interaction signals such as clicks, rage clicks, form submissions, and more, we aim to detect potential gaps and opportunities in revenue capture. Moreover, the research also extends to technological flaws that might hinder optimal user experience, such as slow-loading pages, problematic resources, JavaScript errors, and the like. By addressing these issues, this work aims to enhance user experience and consequently, revenue generation in the e-commerce space.

Machine Learning Approaches to Enhance Revenue Capture in E-commerce Platforms

AUSILIO, LORENZO
2023/2024

Abstract

This thesis delves into the realm of machine learning, data analysis, and data acquisition systems, with a focus on the e-commerce sector. One of the primary objectives is to identify "missing revenue recognition" on e-commerce platforms. By leveraging various user interaction signals such as clicks, rage clicks, form submissions, and more, we aim to detect potential gaps and opportunities in revenue capture. Moreover, the research also extends to technological flaws that might hinder optimal user experience, such as slow-loading pages, problematic resources, JavaScript errors, and the like. By addressing these issues, this work aims to enhance user experience and consequently, revenue generation in the e-commerce space.
2023
Machine Learning Approaches to Enhance Revenue Capture in E-commerce Platforms
This thesis delves into the realm of machine learning, data analysis, and data acquisition systems, with a focus on the e-commerce sector. One of the primary objectives is to identify "missing revenue recognition" on e-commerce platforms. By leveraging various user interaction signals such as clicks, rage clicks, form submissions, and more, we aim to detect potential gaps and opportunities in revenue capture. Moreover, the research also extends to technological flaws that might hinder optimal user experience, such as slow-loading pages, problematic resources, JavaScript errors, and the like. By addressing these issues, this work aims to enhance user experience and consequently, revenue generation in the e-commerce space.
Data Science
Machine Learning
E-commerce
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/64698