Challenges of Module Decomposition
- Maintainability: Making sure that modifications to one module don’t have unanticipated repercussions on others.
- Scalability: Making sure that future expansion and need changes can be accommodated by the module decomposition.
- Complexity: Breaking down big, complicated systems into smaller, more manageable components can be difficult and need careful consideration.
- Documentation: For the sake of future maintenance and reference, a written record of the module decomposition process and its reasoning is provided.
- Coupling and Cohesion: To guarantee that modules are strongly cohesive but loosely connected, coupling and cohesion must be balanced.
Module Decomposition | System Design
Module decomposition is a critical aspect of system design, enabling the breakdown of complex systems into smaller, more manageable modules or components. These modules encapsulate specific functionalities, making the system easier to understand, maintain, and scale. In this article, we will explore the concept of module decomposition in system design, its benefits, common techniques, and best practices.
Important Topics for the Module Decomposition in System Design
- What is Module Decomposition?
- Importance of Module Decomposition in System Design
- Principles and Objectives of Module Decomposition
- Role of Module Decomposition in System Architecture
- Techniques for Module Decomposition
- Criteria for Effective Module Decomposition
- Process of Module Decomposition
- Tools and Methodologies for Module Decomposition
- Benefits of Module Decomposition
- Challenges of Module Decomposition