How AI Development Using Java is Beneficial for Enterprises

AI has become an essential part of the human lifestyle. It has also helped enterprises across industries to accelerate digital transformation. There are several use cases where Artificial Intelligence restructures the process workflow from autopilot mode for self-driving vehicles to the deployment of Chatbots in the customer service portals.
Artificial Intelligence technology's prominence to streamline business processes in different industries is huge. That is why the need for employing skilled developers to build AI-based applications is increasing in recent times. Though there are many programming languages available to build AI solutions, Java provides many built-in frameworks that are beneficial to AI developers, such as Tweety, Apache Jena, Neuroph, and d3web.

Role of Java in Artificial Intelligence

Java is a backend, object-oriented programming technology that has become a popular choice for AI development. Selecting Java for creating AI-driven smart business solutions helps businesses to attain digital transformation at a rapid pace. Moreover, various tech companies have embraced Java for Artificial Intelligence programming to develop Machine Learning solutions, robot systems, etc.
It’s the scalability and object-oriented structure of Java technology that attract businesses for developing AI projects. JVM (Java Virtual machine) provides better transparency and portability to developers. This will allow them to build a single app version that works easily on all Java-based platforms and improves the value of their business. Companies can hire developers from the recognized Java web application development company to launch intelligent AI solutions using Java.

Reasons to Use Java

Sustainability – Programming features of Java like spaces, indentation, and access modifiers help in the easy maintenance of the coding scripts. Therefore, developers can easily ensure that the application is secure and bug-free during testing. Java-built applications are easily maintainable and can be optimized efficiently through proper documentation.

Portability - When developers want to shift a Java Program from one OS (on which it was established earlier) to another, it doesn’t require much rework effort. The transportability of Java Programming is the most attractive feature. Therefore, a Java program unveils similar outcomes on any CPU and Operating system.

Security - With the consistent updates launched by the community, the Java programming language offers more stringent security features. This helps developers to build large-scale projects with ease.

Real-Time Use Cases of Java in Artificial Intelligence

Artificial Neural Networks

ANNs (Artificial Neural Networks) developed using Java programming can execute various processes. For instance, Neural Networks help in identifying patterns, forecasting trends, and assessing data. With a highly incorporated network infrastructure, Neural Network algorithms are established using Java programming, which helps in solving processes automatically. Neural Network Algorithms also gather and classify data, persistently learn and become advanced with time.

Search Algorithms

As stated before, Java is a highly scalable and object-oriented language that offers robustness for developing AI projects. Since Artificial Intelligence and Search Algorithms are interconnected, Java can be used for programming several types of algorithms. Presently, most applications include a search feature to help end-users find important data or services quickly. Indeed, search algorithms help in retrieving data recorded in data structures such as arrays, maps, and lists. Search actions determine the accessibility of applications to users.

Some instances of Search Algorithms are the ubiquitous binary search, linear search, breadth-first algorithm, exponential search, and depth-first search algorithm. Among them, the ubiquitous binary search method is probably the leading Search Algorithm used in applications, whereas the linear search algorithm is considered the basic algorithm. It’s because the Binary Search Algorithm assesses the list in sections and the Linear Search Algorithm analyses every single component in an array from the start. The Binary Algorithm has a significant advantage as it takes less time to analyze an element.

Genetic Programming

Genetic programming is an advanced approach to developing computer programs inspired by the concept of biological evolution. These programs are reproduced through continual enhancements of various projects. These enhancements are possible through contingent alteration of programs and pre-defined principles for analyzing the quality of a solution. Genetic programming is embraced by AI adaptive memory programming framework also known as “Metaheuristics”. This advanced programming framework affords a set of techniques and approaches to implement practical optimization algorithms.

With the rising attention in this domain, many technologies and solutions are also emerging to enable faster and more efficient research. However, several researchers prefer Java due to its object-oriented structure as it enables the easy development of genetic algorithms. One of the key advantages of choosing Java is that it is greatly customizable to execute various actions. Developers from the right Java software development company can implement genetic programming solutions using Java-based libraries like ECJ, Jenetics, and EpochX.

Machine Learning Solutions

Java plays an important role in Machine Learning development as it supports companies in data engineering and processing. ML models use organized and engineered data for unsupervised and supervised processes. Java language provides an effective and systematic way for Machine Learning models to deal with massive collections of datasets and information.

Apache Hadoop, an open-source framework related to Machine Learning is developed using Java. Moreover, the Accumulo framework, ElasticSearch, and Apache’s Java-based HBase are all configured using Java technology. Java programming offers robust memory management and automatic garbage collection for ML projects better than other programming technologies. Several established Machine Learning libraries like Apache Mahout, Weka, Mallet, Spark MLlib, and Deeplearning4j are developed using Java. Moreover, object-oriented language like Scala (Scalable Language) is built on Java. Scala modules are easily transferable into bytecode, which can be run on the JVM.

Summing Up

AI projects developed using Java yields several benefits. Java language is easy to debug and has steadfast community support. Apart from the above-mentioned use cases, there are still more potentials for sectors out there waiting to be discovered! To acquire more application development ideas, businesses can hire a Java company for developing a prominent app from scratch.