Bu eğitime ait planlanmış tarih bulunmamaktadır. Eğitim planlamak istiyorsanız formu doldurarak bize ulaşın.
Basic knowledge of ELT data processing
Oracle Data Integrator is a comprehensive data integration platform that covers all data integration requirements from high-volume, high-performance batch loads, to event-driven integration processes and SOA-enabled data services. Oracle Data Integrator's Extract, Load, Transform (E-LT) architecture leverages disparate RDBMS engines to process and transform the data - the approach that optimizes performance, scalability and lowers overall solution costs.
Use Oracle Data Integrator to perform transformation of data among various platforms.
Design ODI mappings, procedures, and packages to perform ELT data transformations.
Administer ODI resources and set up security with ODI.
Perform data integration and transformation among various platforms.
Use the ODI graphical interface to define procedures, packages, and ELT jobs.
Set up and maintain a secure, multi-user ODI environment.
Implement changed data capture with ODI.
Use ODI Web services and perform integration of ODI with SOA.
Benefits to You
Taking this course will teach you how to improve performance and reduce integration costs across your organization's heterogeneous systems. You'll be able to centralize data across databases using your new skills to perform data integration, design ODI Mappings, and set up ODI security. In addition, Oracle Data Integrator can interact with the various tools of the Hadoop ecosystem (such as Hive, Hbase, HDFS, Oozie, etc), allowing administrators and data scientists to farm out map-reduce operations from established relational databases to Hadoop. They can also read back into the relational world the results of complex Big Data analysis for further processing.
Implement High-Performance Movement and Transformation
Expert Oracle University instructors will teach you how to use Oracle Data Integrator (ODI) 12c to implement high-performance movement and transformation of data among various platforms. This course covers using ODI graphical user interfaces that enable users to access different ODI components and resources that form ODI infrastructure.
Using the graphical interfaces, you'll develop the knowledge to create and manage ODI repositories, which store configuration information about the IT infrastructure, the metadata for all applications, projects, models and other ODI artifacts.
ODI Topology, Models, Mappings, and Other Objects
Furthermore, you'll develop the ability to create the ODI Topology, organize ODI models and design ODI Mappings, procedures, packages and other objects. This course is based on Oracle Data Integrator 12c (12.2.1).
The latest release of Oracle Data Integrator supports storing ODI artifacts into source code management systems (such as Subversion.) This course teaches you how to integrate ODI with Subversion.
Data Warehouse Administrator
Basic knowledge of ELT data processing
Administer ODI resources and setup security with ODI
Apply ODI Topology concepts for data integration
Describe ODI Model concepts
Describe architecture of Oracle Data Integrator 12c
Design ODI Mappings, Procedures, Packages, and Load Plans to perform ELT data transformations
Explore, audit data, and enforce data quality with ODI
Implement Changed Data Capture with ODI
Integrate ODI with Version Control Systems (Subversion)
Extend ODI to include the Big Data Hadoop ecosystem
Identifying the Course Units
Why Oracle Data Integrator?
Overview of ODI Architecture
Overview of ODI Components
About Graphical Modules
Types of ODI Agents
Overview of Oracle Data Integrator Repositories
Administering ODI Repositories and Agents
Administrating the ODI Repositories
Creating Repository Storage Spaces
Creating and Connecting to the Master Repository
Creating and Connecting to the Work Repository
Creating a Wallet to Securely Store Credentials
Managing ODI Agents
Creating a Physical Agent
Launching a Listener, Scheduler and Web Agent
ODI Topology Concepts
Overview of ODI Topology
About Data Servers and Physical Schemas
Defining the Physical Architecture
Defining the Logical Architecture
Mapping Logical and Physical Resources
Defining a Topology
Planning the Topology
Describing the Physical and Logical Architecture
Overview of Topology Navigator
Creating Physical Architecture
Creating a Data Server
Testing a Data Server Connection
Creating a Physical Schema
Creating Logical Architecture
Overview of Logical Architecture and Context Views