The objective of Artificial Neural Networks is to provide and process the information in the same way as the human brain would.
Tools for the Artificial Neural Network use concepts adapted from biological neural networks, artificial intelligence, and machine learning to simulate, study, and improve the Artificial Neural Network. Neural network simulators are used to model the behavior of neural networks that focus on one or a small number of particular forms of neural networks, either artificial or biological. An artificial intelligence certification can give you the career boost you’ve been looking for! Enroll for an ai certification course today.
Table of Contents
- What is Artificial Neural Network Software?
- Top Artificial Neural Networks
- Final Word
Let’s dive in to understand the role of artificial neural networks first.
What is Artificial Neural Network Software?
Artificial Neural Network Software is used to represent, study, create and apply software principles adapted from biological neural networks to artificial neural networks.
Artificial Neural Network Software is intended for realistic applications of artificial neural networks, with data mining and forecasting as the primary focus. Usually, these data analysis simulators have some sort of preprocessing capabilities and use a relatively easy, configurable static neural network.
Top Artificial Neural Networks
Here are the top neural network tools available for all your needs.
- Neural Designer
Neural Designer software has been developed by Artelnics, a start-up company headquartered in Spain. Roberto Lopez and Ismael Santana were the founders of the company.
Neural Designer is a data mining desktop technology that uses neural networks, which are a machine learning paradigm. Neural networks in Neural Designs are brain function mathematical models, computational models inspired by the brain’s central nervous systems that can be conditioned to perform certain tasks. For data processing, machine learning, and model implementation, Neural Designer has most of the advanced techniques. Without the need to write code or assemble blocks, its visual graphical user interface offers informative and visual results. To analyze greater volumes of data in less time, the program implements multicore computing.
Neuroph is an open-source project hosted under the Apache License at SourceForge. It is a library for developing and using deep learning neural networks.
In order to build popular neural network architectures, Neuroph is a lightweight Java neural network system. To quickly build Java neural network components, Neuroph provides a nice GUI neural network editor. By providing a Java neural network library and GUI tool that supports the design, training, and saving of neural networks, the program simplifies the development of a neural network.
Darknet is a C and CUDA-written open-source neural network platform that supports CPU and GPU computation. It is a neural network with convolution that is nineteen layers wide. The pre-trained network will categorize images into 1000 categories of items such as keyboards, mouses, pencils, and many animals. As a consequence, for a wide range of images, the network has learned rich function representation.
If users want a broader range of support image types or CUDA if they want GPU computation, Darknet is installed with only two optional dependencies, such as OpenCV. Users can start by simply installing the base system that was tested on Linux and Mac computers only.
For Theano and TensorFlow, Keras is a library of deep learning. The library of high-level neural networks is written in Python and can run on top of both applications.
Keras, not robots, is an API designed for human beings. The app incorporates the best practices for cognitive load reduction. It provides clear and straightforward APIs and minimizes the number of user actions required for common use cases. Keras offers simple and actionable messages of error and has detailed guides for documentation and developers. Via complete modularity, minimalism, and extensibility, the Keras deep learning library enables simple and quick prototyping. In addition to combinations of the two, it supports fully convolutional neural networks and recurrent networks.
NeuroSolutions is a software development environment for a neural network developed by NeuroDimension. It integrates a modular network architecture interface based on icons with the implementation of advanced learning processes such as conjugate gradients, Levenberg Marquardt, and time-based backpropagation.
In order to construct highly accurate and predictive models using advanced processing techniques, intelligent automated neural network topology quest by cutting-edge distributed computing, the NeuroSolutions product family is leading-edge neural network software for data mining. Using intuitive wizards or an easy-to-use Excel interface, it is a design interface with advanced artificial intelligence and learning algorithms.
- Stuttgart Neural Network Simulator
The Stuttgart Neural Network Simulator (SNNS), originally developed at the University of Stuttgart, is a neural simulator. Initially, it was designed for X11 under Unix, and later for JavaNNS.
The purpose of the SNNS project is to build an effective and scalable simulation environment for neural network research and application. The simulator kernel runs on the neural networks’ internal network data structures and performs all learning and recall operations. As a C software embedded in custom apps, it can also be used without the other pieces. It advocates arbitrary topologies of networks and, like RCS, supports the definition of sites. User-defined activation functions, output functions, site functions, and learning procedures that are written as simple C programs and connected to the simulator kernel can be extended by SNNS.
Final Word It is possible to connect Artificial Neural Networks to a variety of situations. The benefits associated with these applications have contributed a great deal to their fame. Artificial Neural Networks’ aim is to make PCs think and unravel problems like humans. This will help PCs solve difficult problems with a standard-based approach, which can not be illuminated. Artificial Neural Networks are used at the end of the day to deal with complex problems that can not be mimicked using systematic or intelligent methods. They can understand problems that can’t be clarified even with master frameworks. To set up and operate their own affiliate programs to take their business to the next level, artificial intelligence experts suggest that any organization may use them.