Multi-Objective Particle Swarm Optimization Algorithm

When developing code, employing structured programming significantly facilitates future maintenance and modifications. Structured programming emphasizes the use of block structures, organizing and controlling program flow through clearly defined code blocks. This approach enhances program logic clarity, making it more understandable and modifiable. Through structured programming, developers can more efficiently locate and fix errors while reducing code complexity and disorder. Key implementation advantages include: - Modular function design enabling isolated component testing - Clear control structures (if/else, loops, switch cases) improving algorithmic transparency - Standardized input/output interfaces for easy integration - Hierarchical error handling mechanisms By adopting structured programming practices, developers can substantially improve code readability, maintainability, and reusability - crucial benefits for software projects of any scale. The methodology particularly benefits optimization algorithms like PSO by enabling straightforward parameter adjustments, objective function modifications, and constraint handling through dedicated modules.