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Model driven & component based engineering Developing the OBS of an autonomous satelliteJrmie POLY (CNES) AD CSS 20141ADCSS 201428×10/2014SOMMAIRE 2ADCSS 2014 INTRODUCTION AGATHA PROGRAM MDE & CBSE

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How to fill out model-driven amp component-based engineering:

1. Understand the concept: Before filling out model-driven amp component-based engineering, it is important to understand the concept. This approach combines model-driven engineering with component-based engineering to facilitate the development of software systems.
2. Define the goals: Determine the specific goals you want to achieve with model-driven amp component-based engineering. This could include improving software quality, increasing productivity, or enhancing maintainability.
3. Choose the right tools: Select the appropriate tools and technologies that support model-driven amp component-based engineering. This can include modeling languages, development environments, and code generators.
4. Identify the components: Identify the key components of your software system that can benefit from model-driven amp component-based engineering. These components should be modular and independent, allowing for easy integration and reuse.
5. Design the models: Create models that represent the different aspects of your software system, such as functionality, behavior, and structure. Use modeling techniques and notations that are compatible with the chosen tools and technologies.
6. Generate the code: Use the models to automatically generate code for the identified components. This eliminates manual coding and reduces the chances of errors and inconsistencies.
7. Test and verify: Thoroughly test and verify the generated code to ensure it meets the desired functionality and quality standards. Use appropriate testing techniques and tools to identify and fix any issues.

Who needs model-driven amp component-based engineering:

1. Software developers: Model-driven amp component-based engineering can greatly benefit software developers by simplifying the development process and enhancing productivity. It allows developers to focus on the high-level design and functionality, while automated code generation takes care of the low-level implementation.
2. Enterprises: Companies that develop complex software systems can benefit from model-driven amp component-based engineering. It enables them to reduce development time, improve software quality, and easily maintain and update their systems.
3. System integrators: System integrators, who bring together different components and subsystems to create cohesive systems, can leverage model-driven amp component-based engineering to streamline integration and ensure interoperability.
4. Researchers and academics: Model-driven amp component-based engineering is an area of interest for researchers and academics in the field of software engineering. They can study and explore new techniques and approaches to further enhance and advance this methodology.

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