Theano

Theano allows you to optimize, analyze and define mathematical formulas that use multi-dimensional arrays. It is a Python library with many features that make it indispensable for any machine-learning professional. It has been designed to be stable and speed and generate dynamic C code that evaluates expressions quickly. Theano allows you to utilize NumPy ndarray for its functions, too, which means you can efficiently use the features of NumPy.

Scikit

Scikit-learn is a Python-based set of tools available to analyze data and data mining. It is reusable in many different contexts, and it is highly accessible, which makes using it very simple. The Scikit-learn developers have developed it on top of matplotlib, NumPy, and SciPy. The tasks you can utilize Scikit-learn are Clustering Regression, Classification, Modell Selection, preprocessing, and Dimensionality Reduction. To become an AI expert, you should have the ability to use this library.

Chainer

Chainer is a Python-based framework that allows using neural networks. It is compatible with various network architectures, including recurrent nets convents, recursive networks, and feed-forward nets. Additionally, it also supports CUDA computation, which means you can use the GPU with only a few lines of code. Chainer can be run Chainer across a range of GPUs also if needed. One of the significant advantages of Chainer is that it allows you to debug the code extremely simply, meaning you don’t need to spend a lot of effort on it. If you look on Github, Chainer has more than 12,000 commits, which means you’ll be able to understand just the amount of popularity it has.

Caffe

Caffe is the product of Berkeley AI Research and is an advanced deep-learning framework focused on speed, modularity, and expression. It is one of the most popular open-source AI projects using Python. It is a great design and performance since it processes over 60 million photos over a single day. Additionally, it is an active community of developers using it in industrial applications and academic research, multimedia, and a variety of other fields.

Gensim

Gensim is an open-source Python library that can analyze plain-text files to comprehend their semantics, find semantically related files to the one you are using, and perform various other tasks. It is scalable and platform-independent, like many Python libraries and frameworks discussed in this article. If you intend to apply your understanding of artificial intelligence in your work on NLP (Natural Language Processing) projects, you should research this library thoroughly.

PyTorch

PyTorch assists in prototyping for research, allowing you to launch products more quickly. It lets you change between graph modes using TorchScript and offers the ability to distribute training that you can expand. PyTorch is accessible on various cloud platforms and includes multiple tools and libraries in its ecosystem that can support NLP Computer Vision, NLP, and many more solutions. For sophisticated AI implementations, you’ll need to learn to master PyTorch.

Shogun

Shogun is a machine-learning software (open-source) and has many powerful and unifying ML methods. It’s not based solely on Python, which means it can be used with other languages, like Lua, C#, Java, R, and Ruby. It lets you combine different algorithms in data representations and tools to prototype pipelines for data quickly. It is an excellent system for testing, which can be used across various OS configurations. It is also equipped with several unique algorithms, like Krylov strategies and multiple Kernel Learning, so learning about Shogun will help understand AI Machine Learning and AI.

Pylearn2

It is based upon Theano; Pylearn2 is among the most popular machine learning tools used by Python developers. It allows you to use mathematical expressions when writing plugins, while Theano handles the stabilization and optimization. On Github, Pylearn2 boasts over 7000 commits and is expanding, which indicates its popularity with ML developers. Pylearn2 is a flexible platform with various features, such as an interface to media (images vectors, images, and more.) and cross-platform applications.

Nilearn

Nilearn aids in improving Neuroimaging information, and it is also a well-known Python module. It makes use of scikit-learn (which we’ve previously discussed) to carry out various statistical operations like modeling, decoding, and connectivity analysis and classification. Neuro-imaging is one of the most prominent areas within the medical industry and can help with many issues, including greater accuracy in diagnosis. If you’re thinking about using AI in the field of medicine, this is the right place to begin.

Numenta

Numenta is built on the neocortex theory of HTM (Hierarchical Temporal Memory). A lot of people have created solutions that are based around HTM as well as the program. There’s still an abundance of work to be done within this endeavor. HTM is a machine learning framework that is based on neuroscience.