Structured Analysis is a systematic approach to systems analysis that was developed in the late 1970s by Yourdon, DeMarco, Gane, and Sarson. The primary goal of this technique is to make systems analysis more efficient and less prone to errors. The approach emphasizes the use of implementation-independent graphical notations like data flow diagrams and data modeling, which can help document and visualize complex system processes.
The Benefits of Structured Analysis
The use of structured analysis techniques offers several benefits to systems analysts and organizations, such as:
- Provide a clear understanding of the system’s functionality and processes
- Ensure important details are not overlooked
- Reduce the complexity of large systems analysis tasks
- Easily communicate with stakeholders and team members
- Improve team collaboration and eliminate misunderstandings
What is the main goal of Structured Analysis?
The primary goal of Structured Analysis is to ensure that system analysis is efficient, effective, and error-free. It does this by emphasizing the use of graphical notations like data flow diagrams and data modeling, which can aid in visualizing complex system processes.
What are the benefits of using Structured Analysis?
Some benefits of using Structured Analysis include providing a clear understanding of the system’s functionality and processes, reducing the complexity of large systems analysis tasks, improving team collaboration, and enabling effective communication with stakeholders and team members.
Structured Analysis is a useful technique for organizations looking to streamline their systems analysis processes and improve team collaboration. The use of graphical notation to document complex system processes can aid in ensuring important details are not overlooked, reduce complexity, and improve overall efficiency.