Cursos de Tecnología, informática y telecomunicaciones a distancia

Course Objectives Implement business-tier functionality using EJB technology Describe best practices and other advanced issues in business component development with EJB technology Assemble and deploy EJB technology business-tier components on an application server Integrate an EJB technology-based

Course Objectives Develop Java EE 7 applications Design and implement Restful Web Services using JAX RS 2.0 Parse and encode JSON in Java Create Web Application views using JSF, JSP and EL improved features Create WebSockets for real-time communication Integrate JMS, JPA and Batch application

Course Objectives Identify the need to secure web services List and explain the primary elements and concepts of application security Outline the factors that must be considered when designing a web service security solution Describe the issues and concerns related to securing web service

Course Objectives Identify the need to secure web services List and explain the primary elements and concepts of application security Outline the factors that must be considered when designing a web service security solution Describe the issues and concerns related to securing web service

Describir el modelo de aplicación de la plataforma Java EE y el contexto del modelo Desarrollar una interfaz de usuario basada en web mediante servlets, páginas JSP y tecnología JSF Desarrollar y ejecutar una aplicación de tecnología EJB Desarrollar clases de entidad básicas de la API de

La Licenciatura en Desarrollo de Software de la Universidad Mexicana de Educación a Distancia, tiene como objetivo principal formar un profesionista creativo, ético, capaz de trabajar en equipo, con conocimientos de metodología, técnicas, herramientas y lenguajes de programación requeridos para

Course Objectives Configure JSF within the Web Container Design views using JSF and EL Design custom components using Facelets Implement templates Design and develop the model using beans or Pojos Integrate external resources such as JPA within Web Application Design web applications using standard

Course Objectives Implement interceptor classes and methods Implement transactions Implement exception handling for EJB technology Create a timer using the Timer Service Handle timer notification within an EJB component Implement security for Java EE technology Evaluate best practices for EJB

Course Objectives Describe performance tuning methodology and tools Configure performance evaluation tools Use the JRockit Mission Control to monitor JRockit JVM Use JRockit Flight Recorder to record and analyze JRockit performance data Use Java Visual VM to monitor Hotspot JVM Use the Grinder to

Course Objectives Apply basic performance tuning principles to a Java application Monitor performance on Solaris, Linux and Windows at the OS/JVM/Application level Profile the performance of a Java Application Describe various garbage collection schemes

Course Objectives Implement a rich client application (RIA) from the ground up Create a JavaFX GUI using controls, layouts, charts, smart tables, and CSS Implement event handling in a JavaFX application Use JavaFX visual effects, animations, media, and a web view control in a JavaFX application

Make good use of Java EE component technologies to solve typical problems in system architecture Derive software systems using techniques outlined in the Java EE Blueprint and solutions defined in the Java EE Patterns Address quality-of-service requirements in a cost-effective manner using

Course Objectives Implement business-tier functionality using EJB technology Describe best practices and other advanced issues in business component development with EJB technology Assemble and deploy EJB technology business-tier components on an application server Integrate an EJB technology-based

Maestría en Ingeniería e Innovación de Software - Videoconferencia. Campus: Puebla RVOE: SEP-SES/21/114/01/1255/2015 Ingreso: Agosto 2016 Modalidad: Videoconferencia Periodo: Cuatrimestral Objetivo: Formar Maestros en Ingeniería e Innovación de Software que generen soluciones de Software de

Course Objectives Map relational database tables to Java using ORM techniques and JPA Perform CRUD operations with JPA in Java SE and EE environments Update multiple database tables based on relationships Perform data validation using Bean Validation Apply transactions and locking Optimize JPA for

Course Objectives Identify the building blocks of web services Analyze the Java web services technology and platform Describe Service-Oriented Architecture (SOA) Describe web services as a realization of SOA Describe Java technologies for web services development Implement web services using Java

Course Objectives Write servlets using the Java programming language (Java servlets) Create robust web applications using MVC architecture, session management, filters, and database integration Write JSP pages Create easy to maintain view components using JSP pages, the Expression Language, and

Course Objectives Discover existing WebLogic environments Monitor and manage domains, servers, data sources, and applications Track changes to a WebLogic environment Provision and clone domains Scale out an existing cluster Analyze JVM threads and snapshots Use the WebLogic diagnostic advisor

Course Objectives Develop Java ME Embedded applications using the CLDC configuration Access a peripheral devices using the Device Access API Develop strategies for logging messages from an embedded device Read and write messages and files using the Generic Connection Framework Make network

Este curso profundiza en el modelo de Arquitectura Orientada a Servicios, el paradigma de diseño de Orientación a Servicios, y establece las características únicas y dinámicas que constituyen la lógica de una solución Orientada a Servicios.