RADARE: Desenvolvimento de uma aplicação web de reconciliação de dados para processos industriais pelo método dos multiplicadores de Lagrange

Abstract

In this undergraduate thesis, the RADARE (Reconciliation and Data Analysis in a Responsive Environment) was developed, an online software focused on data reconciliation and quality, using multivariable function minimization techniques through the Lagrange multipliers method. The solution prioritizes a web-based approach, offering users the ability to perform data analysis and reconciliation remotely and efficiently, with a focus on modern computational concepts to provide an enhanced experience. The software applies mathematical and statistical calculations throughout the entire process, specifically aimed at data reconciliation problems. Through RADARE, it is possible to model an entire industrial process, input data from the plant in question, and subsequently reconcile and verify data quality in real-time. The software stands out as an innovative solution, as there is no direct competitor offering the same functionalities in a more accessible and agile environment within the state of Mato Grosso. This work details the development philosophy, mathematical calculations, statistical and computational concepts, and software logic applied to the solution. Examples of functional code and final considerations about the work performed are presented in the final chapters.