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Deployment Diagram Hosting – Deployment diagrams are a way of showing the hardware and software of a system. It helps in visualizing connected processors, nodes and devices. In UML modeling, these diagrams act as a great way to describe the running time of a processing node and define the details for construction purposes.

Components are described as implementation unit blocks of a system that represent independent and interchangeable parts of that system. It is a group of classes that can be classified by type.

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Nodes are elements that represent the computing resources of a system with the capacity to remember and process information. They can also be connected to communication lines to design network structures. In most cases, a node is named according to the hardware it represents.

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Artifacts are elements that represent a piece of physical information. These elements act as the physical unit of implementation which is the result of the development process. Examples of artifacts are executable files, software units, documents, data files and information libraries.

As the name suggests, dependencies define which model elements depend on other model elements. If changes are introduced in the target element, the dependent elements also experience those changes. Arrows indicate them.

In the deployment diagram, connections represent the lines of communication used by the hardware. It also indicates the method of communication.

Deployment diagrams are a handy way of representing how a system works. Given below are some examples of common scenario diagrams. Take a look to better understand this type of UML diagram.

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Below is a diagram representing the deployment diagram for online shopping. There is a database server (SQL Server) and a Web server (II S) connected to each other. The diagram shows how many customers can buy at once.

After a customer adds items to his cart and completes his purchase, he is redirected to a payment gateway. The web server connects to the database server, which includes product information and history and information about online purchases.

These Deployment diagrams map out how the web application works. The book club wars application is deployed in a Catalina Servlet 2.4 / JSP 2.0 Container, which resides on an Apache Tomcat 5.5 Web Server.

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The database system is deployed on a database server and contains three artifacts: online ordering, user services and inventory. The application server and database server are connected by a TCP/IP connection. The database system processes viewer requests.

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This is a simple diagram that outlines how the library system works. You start by logging into the system. The system contains panels for old and new users and administrators. Both logged in to their accounts. While users are only allowed to check and search books, administrators can set fees, add and manage library books, add or remove genres, view and delete users. Both then end up at the same point and can exit the system.

This diagram shows how the deployment diagram is designed for an Android app. Examples use different types of associations (composition, two-way associations) to create relationships between components and nodes. There is a dependency relationship between MyApplication.apk and Android components. Mobile represents hardware, while Android artifacts represent software nodes.

This is a simple diagram with four nodes showing how hospital management is implemented. It starts with the desktop client node, where clients submit their queries. Requests are processed to the hospital’s local server, or printed on the database server or printed. That

Represents a profile class indicating how an existing meet class behaves as part of the profile.

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In this deployment diagram for ATM, different associations can be appreciated between different nodes. The diagram shows how the ATM is connected directly to the bank database. When the customer processes his request, his card is read, or he is connected to his bank’s database via an online system.

The deployment diagram shows how an employee can also check account details at a customer’s request. The diagram shows how each request depends on the bank’s database.

The diagram shows how client requests are processed by the server. Servers and caching servers are the main processing nodes that are bidirectionally linked to the console and client kiosks. Other artifacts rely on ‘capture servers’ and ‘servers’ to process their requests.

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This is a UML representation of how to use a credit card. It starts with the user inserting their credit card into the machine.

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The PC client is user dependent as the information varies for each user. Different connections exist between different system nodes, namely: TCP/IP, RMI, JDBC. All information is processed to the database server where the credit card database is located.

As seen in the examples, deployment diagrams are a handy way to show and understand how a system works. It is important to create the correct diagram for a scenario, to infer an accurate representation of the system.

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7 Best Organizational Structure Examples Harry Potter Timeline with Major Events Explained Brilliant Examples of Postcards to Spread the Word UML Class Diagram Examples Use Case Examples Unique Business Card Examples Examples for Inspiration This UML deployment diagram for a web application is used to define how software and hardware work and where processing takes place. The required hardware and software specifications of the web-based application are visualized through a deployment diagram. This is one of the structural diagrams that depict the physical aspects of the project in the real world.

Deployment Diagram is a type of UML model that shows the execution architecture of a web-based application. It includes nodes such as hardware or software execution environments and their relationships. This includes PC and other hardware, OS and software applications, and TCP/IP and other forms of connection for their connection.

The table shows the basic details of the web application deployment diagram. It has a quick description of the project details.

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The Web Application Deployment diagram represents the physical structure of the project. It reveals the included software and hardware to make the app work properly.

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Deployment diagrams show how the software and hardware communicate to ensure the proper operation of the web application. It describes well how the software interacts with the hardware. They also help to know the specific type of hardware that uses a piece of software.

According to, the main purpose of a deployment diagram is to describe how software is delivered to a hardware system. It shows how the software interacts with the hardware to perform all functions. It is a term that describes how software interacts with hardware and vice versa.

Deployment diagrams for web applications in UML are used to show their physical architecture. In UML, deployment diagrams can show you how web application software and hardware work together and where the processing takes place.

Web-based applications use UML deployment diagrams to show how the developed software should be used. It clarifies the communication between the links (nodes) which helps the project work according to the design given to it. The deployment diagram shows the setup of the run-time processing nodes and the components that reside within them. Deployment Diagram for Web-Based Applications

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The following is a Deployment Diagram for Web-Based Applications. Shows detailed illustrations of system software and hardware specifications. Moreover, it provides you with the complete physical structure of the web application which is required in its deployment to its users.

It is important to create a deployment diagram to clarify project requirements before going live. This will help you avoid unnecessary difficulties that may be encountered due to lack of specifications.

A web application UML deployment diagram outlines the relationship between software and hardware. This hardware and software is labeled to clarify their role in the operation of the system. They are represented by nodes and connections are represented by labeled arrows.

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Deployment diagrams show scenarios in which the system is deployed. It has 5 nodes which are represented by boxes and relationship connections. Nodes are administrator workstations, ISPs, user devices, online servers, and applications. The web application contains application artifacts.

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For connection, the application connects to the server via a private network which allows it to pass data to the server and be accessed by the user. Users can then communicate using an internet connection.

You can download a PDF Web Application Usage Diagram by clicking the button below. It has full details and discussion of Web Application Usage Charts. You can also modify the content to suit your project requirements and needs.

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