Eduardo Luiz Souza

ISO20022 Adoption.

Load and transformation of data:

- pacs.008
- pacs.010
- pacs.009
- pacs.002
- camt.052
- camt-054
- camt.057
- camt.060
- camt.056

- Creation of an email service for automation of inquiry processes. The project was written in Java 7, using Hibernate for mapping and manipulating data for Sybase. JUnit test cases have been implemented to cover the functional requirements of sending e-mail (SMTP) and receiving text-plain (HTML) e-mail (IMAP) and HTML. Use of Apache commons utilities (commons-email, commons-io, commons-lang3)

- Creation of the ACH (automated clearing house) project to receive payment information and the… Mostrar más

- Creation of an email service for automation of inquiry processes. The project was written in Java 7, using Hibernate for mapping and manipulating data for Sybase. JUnit test cases have been implemented to cover the functional requirements of sending e-mail (SMTP) and receiving text-plain (HTML) e-mail (IMAP) and HTML. Use of Apache commons utilities (commons-email, commons-io, commons-lang3)

- Creation of the ACH (automated clearing house) project to receive payment information and the track of each one. Project written in Java 7, using Hibernate for mapping and manipulation of data for Oracle and Sybase. JUnit test cases were implemented to cover functional and performance requirements. Settings to enable batching in Hibernate, caching using EhCache, Lg4J for logging control.

- Creation of Web pages using the Google Web Toolkit (GWT) to create report pages. Using Spring Framework (Spring Beans, Spring Web, Spring Web MVC, Spring Test).

- Deployment of System Development Life-Cycle (SDLC) for the project. Configuration manager of platforms such as TeamCity (build management - with maven plugins), Bitbucket (source code management - GIT flow), Veracode (Code Validation), SonarQube (Static Code Analysis), JAMA tracking, Confluence (knowledge management), IBM UCD uDeploy (deployment management).

- Project in progress for project applications rewriting and 'replatforming'. These studies include microservices, Spring Cloud (Eureka for Service Discovery, Ribbon for Client Side Load Balance, Feign for declarative REST Client, Hystrix for circuit breaker, Zuul for router and filter).

- Implementation of the use of the SWIFT Global Payment Innovation Initiative (https://www.swift.com/our-solutions/global-financial-messaging/payments-cash-management/swift-gpi). Creation of an application for data recovery available in the SWIFT Cloud, using Java 7, Sprint Framework (boot, social-core, swagger) and MyBatis. Mostrar menos

Project created in C # razor language. The website has varied content in the world of entertainment and editorials on various subjects.

Creation of PL-SQL scripts for the web-analytics system of the bank, in order to provide data, information and behavior to the Autobahn application portal. Creation of Unix scripts for sending reports with the help of the Crontab tool to trigger and schedule processes. It also includes configuration of charts and reports in Tableau software.

Summary: The of each employee was already persisted on the Oracle database, the goal was to create a Web portal for retrieval of this data and display the same in the UI for reports, manual appointments s, correction of appointments, etc. The service was written in C# with the N-Hibernate object-relational mapping framework for data retrieval and persistence on the Oracle database. Front-end system was written in .NET using Razor syntax (using HTML5, JavaScript and CSS3 also)… Mostrar más

Summary: The of each employee was already persisted on the Oracle database, the goal was to create a Web portal for retrieval of this data and display the same in the UI for reports, manual appointments s, correction of appointments, etc. The service was written in C# with the N-Hibernate object-relational mapping framework for data retrieval and persistence on the Oracle database. Front-end system was written in .NET using Razor syntax (using HTML5, JavaScript and CSS3 also) as a Web application to be available in Transtassi Company through IIS configuration. Mostrar menos

Summary: through web services description language (WSDL) provided by the company Volkswagen the objective was to use the available services for monitoring of trucks of the company Transtassi. The system was written in C # with the N-Hibernate object-relational mapping framework for persistence on the Oracle database. Front-end system was written in .NET using Razor syntax as a Web application to be available in the enterprise through IIS configuration.

The goal is to demonstrate the power of data mining for data extraction-> information, which in this case shows how a store can 'predict' what a customer will buy given that they have purchased another.

The project has the part in which a certain customer bought a set of products, which will be stored in a .arff file, which will be later analyzed by the WEKA application.

There is a training conducted through the Naive Bayes method, where it is sought to classify through the… Mostrar más

The goal is to demonstrate the power of data mining for data extraction-> information, which in this case shows how a store can 'predict' what a customer will buy given that they have purchased another.

The project has the part in which a certain customer bought a set of products, which will be stored in a .arff file, which will be later analyzed by the WEKA application.

There is a training conducted through the Naive Bayes method, where it is sought to classify through the historical series of data purchasing relationships for large datasets. Mostrar menos

The project aims to implement patterns like 'Builder' and 'Stragegy', the first one used for decoupling from the point of view of the builders, and the second - the strategy - has as practical vision business rules that change and therefore , Should be easy to handle over the life of the project.

The project splits into its domain, with the main logic, the package where the possible exceptions are handled, and the JUnit test suite.

The project focused on simulating theories inherent in Evolutionary Computing, simulating the discovery of a better way.

The inputs that influenced are the Number of Generations, Number of Chromosomes, Rate of Crossing (Selection), Mutation and Selection Mechanism. All entries are possible configurations for the .

There are two selection mechanisms: Ranking and Tournament. The first selects the best first individuals according to the percentage chosen. The tournament has a… Mostrar más

The project focused on simulating theories inherent in Evolutionary Computing, simulating the discovery of a better way.

The inputs that influenced are the Number of Generations, Number of Chromosomes, Rate of Crossing (Selection), Mutation and Selection Mechanism. All entries are possible configurations for the .

There are two selection mechanisms: Ranking and Tournament. The first selects the best first individuals according to the percentage chosen. The tournament has a clash between peers and who wins wins for the next generation.

The outputs obtained are from: it is only possible to 'walk' from up, down or forward. So each 'step' gives a point. At the end of the generations these points are added and the average fitness of the best individual is obtained. If the individual has achieved the best maximum score (the best way), if for evolution and if at what generation it occurred.

The final considerations about the project are that genetic algorithms obtain more intelligible results in comparison (certainly) than programmed in the conventional way. The whole algorithm works to gradually (or vice versa) shaping the expected result, and it is correct to say that the number of generations is a preponderant factor for the final success of the population, since even if the best path is sought, it is also interesting Generate as many individuals as possible. Mostrar menos