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This diagram helps identify the primary actors—such as customers and bank administrators—and outlines the key use cases they engage with, including withdrawing cash, depositing funds, checking balances, and accessing administrative functions.

Contains uml diagrams for atm like class diagram, use case diagram, component diagram, deployment diagram, sequence and collaboration diagrams and more. Commuter and bank are our actors, both participating in the purchase ticket use case Describe use cases that an automated teller machine (atm) or the automatic banking machine (abm) provides to the bank customers. It contains multiple actors that work coherently to achieve specific goals. Here are the actors of the atm system and their use cases The operator will be responsible for the following operations

Refilling the atm with cash Refilling the atm’s printer with receipts Refilling the atm’s printer with ink. In this case study, we will explore the visual modeling of an atm system using the unified modeling language (uml) and the visual paradigm for uml tool The first step in modeling the atm system is to identify the key actors and their interactions with the system. An atm system's use case diagram shows how customers interact with it and bank servers communicate with it

For example, customers can deposit cash, check their balances, transfer funds, withdraw cash from atms, update pins, or even make transactions.

A communication or collaboration diagram, as shown is a directed graph that uses objects and actors as graph nodes The focus of the collaboration diagram is on the roles of the objects as they interact to realize a system function. The examples illustrate how use cases model systems and interactions between actors and the system. The case study discusses the problem description and requirements of the system, as well as the use case diagrams, actors, and scenarios that were created to model the system’s functionality.