Graphical interactive is debugging for distributed systems using WASPAS method
REST Journal on Data Analytics and Artificial Intelligence · 2025
Graphical Interactive Debugging (GID) for distributed systems is an advanced debugging methodology that addresses the intricacies of diagnosing and rectifying errors in distributed software applications. This approach combines visual representations, real-time monitoring, and interactive controls to provide developers and system administrators with a comprehensive view of the distributed system's behavior and internals. By offering an intuitive and informative interface, GID facilitates the identification of anomalies, performance bottlenecks, and communication failures that commonly arise in distributed environments. Distributed systems are complex software architectures that consist of multiple interconnected components or nodes that collaborate to achieve a common goal Debugging such systems is challenging due to the inherent complexities introduced by network communication, concurrency, and the potential for failures at various levels. Graphical Interactive Debugging (GID) is an approach that leverages visual representations and interactive tools to aid in the identification and resolution of issues within distributed systems. Distributed systems are complex software architectures that consist of multiple interconnected components or nodes that collaborate to achieve a common goal. Debugging such systems is challenging due to the inherent complexities introduced by network communication, concurrency, and the potential for failures at various levels. Graphical Interactive Debugging (GID) is an approach that leverages visual representations and interactive tools to aid in the identification and resolution of issues within distributed systems. Applying the "Weighted Aggregated Sum Product Assessment (WASPAS)" method, those making decisions are able to evaluate possibilities based on a wide range of parameters. It involves providing criteria weights, determining scores for every potential and summing the results to determine the most suitable option. Result: From the result “Federated Array of Bricks (FAB)” is in the 1st rank, and bullet is in the lowest rank