Overview 1 Day Training 2 Day Training Executable UML for Developers - 5 days Learn how to build Executable UML models for real-time and embedded systems. Students develop a complete set of models for a working elevator system. Numerous exercises demonstrate the skills and thinking it takes to build fully executable and translatable models. Audience This course is intended for systems engineers, software developers, application analysts, project leaders and managers intensively involved in the analysis and development of systems. Software development experience at some level is essential. Prior experience in object-oriented development or modeling languages is helpful but not necessary. Format Lecture, Exercises, Hands-on Case Study Development Topics Covered UML and Executable UML Unique needs of Real-Time Embedded Software Functional vs. Control vs. Object Orientation Evolution of UML Functional Diagram Categories UML and Real-Time Benefits of Goals Executable UML System Organization Organizing Principles of Complex Real-Time Systems Consequences of Good and Bad Partitioning Schemes Domains and Bridges Requirements and Assumptions UML Package Diagrams Partitioning Criteria for Implementation Independence Allocation vs. Deployment Analysis Requirements Specification vs. Implementation Essential analysis tasks Class Models Concepts and Goals Class, Association and Relationship Abstraction Formal Data Semantics Classes Class Diagram Notation Common Types of Classes Attributes Attribute Types Uniqueness Constraints Dependency Rules and Normalization Computational Dependency Data Types Relationships Association and Relationship Types Unconditional Binary Associations Conditional Binary Associations Reflexive Associations Association Classes Generalization Relationships Generalizing Attributes and Associations Mutual Exclusion Overlapping Generalization State Models Lifecycles of Classes State Chart Notation Executable Synchronization Rules Executable Event Transmission Rules State Tables Error Behavior Behavior Patterns Resource Contention Collaboration Control Layering Communication Patterns Scenario Execution Timing Processes, Failure and Repetition Procedure Models Actions and Procedures in UML Executable UML Extensions Primitive Actions Action Execution Rules Example Procedures System Integration Subsystems Client and Service Domain Roles Bridge Interactions Configuration of Service Domains Counterpart Model Elements Engineering Process Characteristics of a Good Process Productive Model Sequence and Deliverables How to Review Models How to Schedule Development Steps Maximizing Parallel Development Implementation by Translation Benefits Hand vs. Automated Coding Model Compiler Theory and Practice Summary