Bibliographic citations
Mamani, J., Olano, D. (2023). Aplicación móvil para la ejecución del recojo y distribución de donaciones de un Banco de Alimentos en Lima Metropolitana usando algoritmo K-means clustering [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/668712
Mamani, J., Olano, D. Aplicación móvil para la ejecución del recojo y distribución de donaciones de un Banco de Alimentos en Lima Metropolitana usando algoritmo K-means clustering [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2023. http://hdl.handle.net/10757/668712
@misc{renati/407185,
title = "Aplicación móvil para la ejecución del recojo y distribución de donaciones de un Banco de Alimentos en Lima Metropolitana usando algoritmo K-means clustering",
author = "Olano Burga, Daniel Alexander",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2023"
}
This thesis work was born because of an existing problem in our country, which has to do with food insecurity suffered by approximately 4 million Peruvians and with the waste of around 12.8 million tons of food per year, the which could be used to feed thousands of people with these deficiencies. Our research aims to develop a mobile application that improves the logistics processes of the BAP to reduce the collection times of surplus food and distribution of donations to beneficiary organizations. For this, we will rely on innovative technologies such as Machine Learning, specifically on the non-clustered K-means algorithm, to optimize distribution routes for donations or delivery points. As results obtained, the proposed application automates the process of register and coordination of donations, reducing the average delay of 2 days to do it the same day, representing 50% in time. In addition, decision-making to distribute donations to charitable organizations reducing the average delay of 3 days, the k-means algorithm will indicate the closest delivery points to the donation collection point, this will allow donations not to take more 1.5 days. Finally, the document has been structured into nine chapters where it includes the theoretical foundations, solution proposal, business modeling, system requirements, software architecture, software construction, software testing and quality, project management and finally the students outcomes.
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