WebSphere Education

This 2-day instructor-led course teaches students how to create basic IBM ILOG ODM Enterprise applications that can be used as prototypes, or as starting points for more complex applications. It also gives team members who are not directly involved in development an overview of ODM Enterprise, so that they can collaborate effectively with those who develop and deploy complete ODM Enterprise applications.

This 3-day instructor-led course teaches students how to develop and deploy complete IBM ILOG ODM Enterprise applications.

This three day teaches students how to configure, extend, and integrate IBM ILOG Optimization Decision Manager (ODM) Enterprise applications. These applications allow users to compare multiple scenarios and perform 'what-if' analysis. This course discusses the concepts, architecture, components, processes, and procedures necessary to develop and deploy applications and integrate them into existing systems. In the lab exercises, you will follow a single problem through the stages of development and deployment, including integration with other systems. The techniques used in this course include Java and XML programming, and the subjects covered in this course include data management, custom data importers and exporters, custom views, and configuring the various elements of an ODM Enterprise application.

This two day instructor-led course teaches students how to configure IBM ILOG Optimization Decision Manager (ODM) Enterprise applications using the IBM ILOG ODM Enterprise Integrated Development Environment (IDE). Through a combination of instructor-led presentations and lab exercises, you will learn the concepts, architecture, components, processes, and procedures necessary to develop and deploy applications. In the lab exercises, you will follow a single business problem through the stages of development and deployment.

In this one day course, students learn the fundamentals of mathematical programming (MP) that are needed to work with CPLEX Studio and its Optimization Programming Language (OPL) and to construct simple optimization models.

This 3-day instructor-led course teaches you how to use IBM ILOG CPLEX Optimization Studio to develop optimization projects. Topics covered in this course include working with Optimization Programming Language (OPL) to write mathematical programming (MP) and constraint programming (CP) models, linking to spreadsheets and databases, integration with other applications, flow control with IBM ILOG Script, and performance tuning.

This 3-day instructor-led course teaches you how to use the CPLEX Optimizers that come with the IBM ILOG CPLEX Optimization Studio to model and solve problems expressed with linear constraints (linear and mixed-integer programming problems) or certain nonlinear constraints (quadratic programming problems). The course begins with an overview of linear programming (LP), and then teaches you how to create and solve LP models using ILOG Concert Technology. You also learn about mixed-integer programming (MIP), quadratic programming (QP), and debugging. The optional units cover topics such as CPLEX performance tuning, working with LP callbacks, preprocessing, columnwise modeling, and parallel CPLEX.

This one-day instructor-led course prepares students to work with IBM ILOG OPL. The course covers the fundamentals of mathematical programming (MP) necessary to get started with OPL and to construct simple optimization models. Through a combination of instructor-led presentations and lab exercises, students learn the basic MP concepts and terminology necessary to converse with operations research experts. In addition, they work with IBM ILOG OPL to create an optimization model, and use this model to perform "what-if" analysis.

This 3-day instructor-led course teaches students how to use the IBM ILOG OPL integrated development environment (IDE) to develop optimization projects. Through a combination of instructor-led presentations and lab exercises, students learn the concepts, architecture, components, processes, and procedures necessary to build optimization models, test and debug their models, and integrate the models into a larger application.

This 4-day instructor-led course introduces students to IBM ILOG Solver, the core IBM ILOG CP engine for solving problems with logical constraints. This course is approximately half lessons and half lab exercises. The lessons emphasize the implementation of concepts and language features. The labs are based on real-world problems such as frequency allocation and match scheduling. Optional modules address the specific areas of constrained set variables, local search, and Parallel Solver.

This 3-day instructor-led course introduces Scheduler, the core IBM ILOG CP library with enhancements for solving scheduling problems. Course presentations and labs address a set of scheduling and resource allocation problems. Optional modules address the specific areas of managing solutions, transitions in the Scheduler engine, alternative resources, state resources, searching for solutions, and breaks on resources.

This 3-day instructor-led course introduces Dispatcher, the IBM ILOG CP library with enhancements for solving route-planning problems. IBM ILOG Dispatcher is a C++ library for solving difficult challenges in transportation and field service. It helps users determine the most efficient set of routes for vehicles, given time and distance constraints.

This 3-day instructor-led course teaches students how to use IBM ILOG CPLEX to model and solve problems expressed with linear constraints (linear and mixed-integer programming problems) or certain nonlinear constraints (quadratic programming problems). The course is split between core and optional units to allow students to request additional material on areas of specific relevance to their work.