Python AI: Why Python is Better for Machine Learning and AI – Business 2 Community

Python AI: Why Python is Better for Machine Learning and AI – Business 2 Community

Today, most companies are using Python for AI and Machine Learning. With predictive analytics and pattern recognition becoming more popular than every, Python development services are a priority for high-scale enterprises and startups.

Python developers are in high-demand – mostly because of what they can achieve with the language. AI programming languages need to be powerful, scalable, and readable. Python code delivers on all three.

While there are other technology stacks for AI-based projects, Python has turned out to be the best programming language for AI. It offers great libraries and frameworks for AI and Machine Learning (ML). They offer computational capabilities, statistical calculations, scientific computing, and much more.

In this article, we will learn about a few aspects of the Python programming language that make it perfect for Machine Learning engineers. We will look into the following:-

  • Why use Python software for Machine Learning and AI
  • The best Python libraries for AI
  • Conclusion

Let’s understand why developers prefer the programming language over others like R, Go, Scala, and others for AI-based projects.

Why use Python for Machine Learning and AI

Surveys show that Python is now one of the top programming languages after C and Java. It offers developers to build powerful backend systems for Python AI projects. There are multiple benefits of Python programming language for Machine Learning and AI development. Let’s have a look at them in detail.

  1. Rapid development
    1. The Python community admires the programming language for its quick prototyping capabilities. Developers can reduce the time wasted on learning the intricacies of the stack. They can start quickly with AI development and move to building AI algorithms and programs.
    2. Since the Python code is similar to English, it is easily readable and simple to write. Developers don’t have to spend a lot of time on writing complicated code. On top of that, there are great libraries and frameworks for AI and Machine Learning (ML) in Python that simplify the process. We will have a look at them in detail later in the article.
  2. Flexible language
    • Allowing developers the utmost flexibility for AI applications is what Python programmers admire about the language. Python for Machine Learning allows you to choose OOPS or scripting-based programming. It enables quick result view without completely recompiling the Python code.
    • There are 4 different styles of Python software that you can choose from. There’s the imperative, object-oriented, functional, and procedural style – all of which reduce the possibility of errors based on your AI project.
  3. Readability
    • For most developers, readability is a game changer. However, Python doesn’t complicate things for you. The syntax of Python for Machine Learning Development is just like English. You don’t have to indulge in understanding the language for a long-time.
    • If there are developers joining in the middle of a project, they can easily understand what’s going on. There are fewer chances of confusion, errors, and conflicting paradigms that enable swift development of any Machine Learning program.
  4. Visualization options
    • Data is the most important aspect of Machine Learning, Artificial Intelligence, and Deep Learning algorithms. Working with data requires heavy visualization to determine patterns and make sense of all variables and factors. For that purpose, Python software packages are the best.
    • Developers can build histograms, charts, and plots for better understanding of how data will interact and work together. There are APIs as well that make the visualization process easier by enabling you to outline clear reports of data.

Apart from this, there’s amazing Python community support, consistency, and simplicity in development. The programming language is now becoming common for Machine Learning development. However, there are libraries that make this possible. Let’s look at the best Python libraries for Artificial Intelligence.

Python’s 6 Great Libraries and Frameworks for AI and Machine Learning (ML)

The best thing about the Python programming language is the plethora of libraries for Machine Learning development. Here are the top 6 Python libraries that make Artificial Intelligence seamless with readable and powerful algorithms –

  1. NumPy
    Data science would be incomplete without NumPy. It is a Python software package that allows scientific computing. NumPy is a fantastic library for multi-dimensional array objects. They work together and reduce the computational complexity of the program.
  2. SciPy
    Another popular library for Python AI projects, SciPy is the first choice for Python programmers for scientific and heavy computing involving mathematics and engineering. It provides routines for numerical optimization and integration. The library is extremely user-friendly for beginners.
  3. Scikit-Learn
    The library is built upon NumPy and SciPy. It is used for supervised and unsupervised learning. The library is a perfect tool for data mining and data analysis. Scikit-Learn is a popular option for any Machine Learning engineer who wants to approach AI projects with an integrated approach.
  4. Pandas
    The open-source Python software package, Pandas, enables programmers to manipulate data and analyse it. It has efficient data exploration and visualization capabilities. The library offers high-level data structures with a wide variety of tools for working closely with multiple datasets.
  5. Keras
    Keras is an API that runs over TensorFlow. The focus of Keras is to allow developers quick experimentation for Artificial Intelligence. The library has a far better user experience than TensorFlow. It was developed in Python and is easier to understand than other tools.
  6. Matplotlib
    The mightiest of all libraries is Matplotlib. It offers capabilities for data visualization and exploration. It offers charts, histograms, scatterplots, etc., to customize Python AI projects. Matplotlib helps in quickly manipulating data for a visual representation in less time.

These were the top 6 libraries for Python and Machine Learning. Apart from these, there are libraries like TensorFlow, NLTK, PyBrain, Caffe, etc., which lead to the proper performance of AI apps.

Conclusion

The Python programming language has been in the game for so long – and it’s here to stay. There are only a few programming languages – and Python is one of the best. My company saw the benefits of Python for Machine Learning and why it is important for AI. We also looked at the top Python libraries and tools that simplify the process of Python AI development.

In essence, Python is an exceptional programming language for Artificial Intelligence. It has the power and scalability to handle massive amounts of data requests simultaneously. It would be interesting to see the integration of Python and Machine Learning in the future.


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