Understand the various applications of Java for better user interaction

Java is one of the crucial programming languages for computer science students. To survive in today’s technological era, one’s needs to understand the importance of Java. Being a college student, you have to finish your Java assignment on time for scoring good marks. You can prefer Java assignment help to finish your work on time. Apart from that, you must organize your time for the practical and theory of Java so that you can understand the language effectively. This is because Java has great exposure to enhancing one’s knowledge and career opportunities.

Sun Microsystems has developed the Java programming language in 1995. From that onwards, this language has captured the whole marks and became the base of millions of applications running on different platforms such as Windows, Android-based mobiles, Macintosh and UNIX-based desktops, embedded systems and enterprise solutions. As per the research of oracle, Java is running on 3 billion devices. Let’s understand types of applications running on Java:

Mobile Applications:

There is Micro Edition (Java ME or J2ME), a cross-platform framework, that runs across all Java supported devices such as feature phones and smartphones. Moreover, the most used mobile operating system for which most Java applications are developed i.e. Android phones. They are usually scripted in Java help with the Android Software Development Kit (SDK) or other environments.

Desktop GUI Applications:

Java offers a graphical user interface (GUI) medium via Abstract Windowing Toolkit (AWT), Swing and JavaFX. For more information, refer the following key points:

         AWT consists of various pre-constructed components including menu, list, button, and different third-party components,
         Another GUI widget toolkit Swing offers some advanced components such as trees, tables, scroll panes, lists, and tabbed panels.
         JavaFX is a set of graphics and media packages that offer Swing interoperability, 3D graphic features, and a self-contained deployment model. This also allows quick scripting of Java applets and applications.

Embedded Systems:

Ranging from tiny chips to particular computers, an embedded system is the component of larger electromechanical systems that responsible for dedicated tasks. There are many devices use embedded Java technologies including SIM cards, blue-ray disk players, utility meters and televisions. As per Oracle, Blue-ray Disc Players and 125 million television devices work on Java.

Web Applications:

Using Servlets, Struts or JSPs, Java creates a base for many web applications. This programming language offers easy programming and high security. Because of these features, they are the best suit for different government applications for health, social security, education, and insurance. With the help of open-source eCommerce platforms (Broadleaf), Java helps in building eCommerce web applications.

Enterprise Applications:

Java Enterprise Edition (Java EE) offers application programming interface (API) and runtime environment to script and run enterprise software such as network applications and web-services. According to Oracle, 97% of enterprise computers have Java for their basic working. Java is in demand for higher frequency trading because of its higher performance and faster computing.

Scientific Applications:

One of the most demanding features for writing software in Java is having various applications in scientific calculations and mathematical operations. These programs are fast and secure having a high degree of portability and low maintenance. For example, MATLAB uses Java for both user interaction and core systems.

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