Machine Learning deals with enabling the computer to take intelligent action without actually having to conditionally program it. It is more of an intuitive task than one that needs to be explicitly told. Machine Learning has been around for a while and can be commonly seen in Amazon product recommendations, Google search suggestions, and even social media and networking platforms such as Facebook and LinkedIn.
The algorithms that make machine learning happen are embedded in these platforms in one way or another. Ultimately, processing the data that is collected from various sources allows the machine learning algorithm to make a calculative guess. Thus, machine learning is primarily detecting and understanding the data patterns to make a decision on it.
Python high-level object-oriented programming language that has been widely used for general-purpose programming. The open-source programming language is highly interactive and can be easily interpreted by machines.
It has a set of thoroughly outlined syntax and the elements are clearly defined into classes, dynamic typic, modules, exceptions, and high-level dynamic data type. Most importantly, it is compatible with a number of other languages so your program material can be integrated with other applications even if they are written in different languages.
At present, a number of Machine Learning with Python courses are available that bring machine learning over to the Python environment. This new trend has shifted the focus towards Machine Learning with Python training, which makes it possible to make use of codes that are less complex and more readable.
Join Our Small Business Community
Get the latest news, resources and tips to help you and your small business succeed.
Here are some reasons why Python is popular with Machine Learning aspirants:
Simplicity Is Key
The greatest proponent in favor of Python is the concise, readable coding structure, which is perfect for beginners. Due to the simplicity of Python, it offers greater ease of use. Since the algorithm for writing the code gets simplified, it becomes a lot easier to concentrate more on the solutions to the issues.
Additionally, when dealing with multi-stage workflow while working in a collaborative workspace, it is easier for your peers to read your codes. Even a layman could understand the basic code syntaxes and the logic used to get the desired output. This allows them to share insightful details or changes as the code develops.
Enormous Library Support
The library of a programming language contains functions and routines that can be used by developers. Developers can save on time and effort by importing the necessary elements and code stack rather than rewrite the codes. The Python libraries are rich with tools for mathematical optimization, statistics, probability, and other extensive mathematical computations.
Some common Python libraries that are useful for machine learning include:
- NumPy, OpenCV, Scikit: for images.
- NumPy, Nltk, Scikit: for images.
- Librosa: for audio.
- Pandas, Scikit-learn: for Machine Learning issues.
- Matplotlib, Seaborn, Scikit: for data clarity.
- Scipy: for scientific computing.
- Django: for integration with web applications.
Since Python is an open-source language, it enjoys great support from the online community. There are a large number of forums, repositories, and discussion platforms available where you can find a quick and easy resolution to your problem. The community support makes coding easier on Python as community members are always ready to share code bits and algorithms for similar functionalities.
Flexibility is yet another feature that Python offers to its users. You can use Python to link different types of data structures. Plus, if there are different sets of algorithms used, you can make use of an Integrated Development Environment (or IDE) to check it. All in all, Python is rather effective for all the backend tasks.
Fits Machine Learning Requirement
Machine Learning mostly requires mathematical processes and algorithms. Along the same lines, Python makes use of syntax that corresponds to common mathematical concepts. Given that Python requires 20% fewer code lines as compared to other object-oriented programming languages, developers can focus more on the algorithms rather than the codes. Furthermore, fewer codes would mean ease of code testing.
Even though Python has some minor setbacks in the form of compromised speed and extra storage requirements, it is quite a small tradeoff for its amazing data handling capacity. With Machine Learning appearing to be an upcoming technological revolution, Python appears to be a stepping stone in that direction. Having your software development team equipped with a robust understanding of a diverse set of algorithms and code implementation, you will be better able to deal in Machine Learning in almost no time!