Java programming language is widely used for various software development projects.

Created in the early 1990s, the language has become one of the most popular programming languages globally. It offers multiple advantages, including platform independence, security, and scalability. In this discussion, we will explore peer-reviewed literature on Java programming.

Literature review of Java Programming

The paper "Java-Based Real-Time Control System for a Mobile Robot," published in the Journal of Intelligent and Robotic Systems, presents a Java-based real-time control system for a mobile robot (Aldriye, Alkhalaf, & Alkhalaf,2019). The authors discuss the development of the control system, which uses a Java-based framework known as Robot Operating System (ROS). The design incorporates modules such as sensor processing, mapping, localization, and path planning, all implemented in Java.

One of the key advantages of using Java in this context is the ease of development and debugging. Java provides robust tools, making developing and debugging code easier. The authors also emphasize the language's code portability, allowing developers to create applications running on different platforms (Aldriye, Alkhalaf, & Alkhalaf,2019). Another significant advantage of using Java for real-time systems is its integration with existing Java-based tools.

The paper compares the Java-based system with popular programming languages like C+

+ and Python. The authors conclude that Java provides significant advantages over other languages, such as ease of development and debugging, code portability, and integration with existing Java-based tools (Mingoc & Sala,2019). The authors also note that Java's garbage collector can cause performance issues in real-time applications. The garbage collector is responsible for freeing up memory by identifying and removing objects that are no longer in use.

However, this process can sometimes cause delays m challenges in using Java in real-time systems.

Furthermore, the paper discusses the use of Java in developing mobile applications. The authors explain that Java is a popular choice for mobile application development due to its cross- platform capabilities and the availability of various Java-based mobile application frameworks. Java has many advantages for mobile app development, including ease of use, extensive documentation, and a large developer community (Al Farsi et al.,2022). Additionally, Java provides a robust set of APIs that can be used to access various mobile device features, such as cameras, sensors, and storage.

The paper also highlights the use of Java in developing web applications. The authors discuss the Java Server Pages (JSP) technology, which allows creation of dynamic web pages using Java code. Java-based web applications offer several advantages, such as platform independence, security, and scalability (Maiga & Emanuel,2019). Java has been used for web application development for many years and has many libraries and frameworks that developers can use to build web applications.

The authors conclude the paper by emphasizing that Java is a universal programming language with many applications in various fields, including robotics, mobile application development, and web development (Maiga & Emanuel,2019). They suggest that further research can explore ways to optimize Java-based systems' performance and address some of the language's limitations. Java's popularity and flexibility make it a valuable language for various software development projects.

Conclusion