After all the hard work on developing a project in Python, we want to share our project with other people. It can be your friend or your colleagues. Maybe they do not interested in your code, but they want to run it and make some real use of it. An example is you created a regression model that can predict a value based on input features. Your friend wants to provide their own feature and see what value your model predicts.

Artificial Intelligence and Machine Learning is affecting every area of our lives and society. Google, Amazon, Netflix, Uber, Facebook and many more industries are using AI and ML models in their products. The opportunities and advantages of Machine Learning is quite numerous. What if you could also build your own machine learning models? What if you can build something useful from the ML model you have spend time creating and make some profit whiles helping people and changing the world?

Python is one of the fastest-growing programming languages. It is widely used in various business sectors, such as programming, web development, machine learning, and data science. It is a high-level, object-oriented programming language with built-in data structures and dynamic semantics. Python supports different modules and packages, which allows program modularity and code reuse. The language has become so popular in recent times that aspirants are flocking to learn the language and acquire programming skills.

This is a complete Free course for statistics. In this course, you will learn how to estimate parameters of a population using sample statistics, hypothesis testing and confidence intervals, t-tests and ANOVA, correlation and regression, and chi-squared test. This course is taught by industry professionals and you will learn by doing various exercises.

This is a completely free course and a good first step towards understanding the data analysis process. In this course, you will learn the entire data analysis process including posing a question, data wrangling, exploring the data, drawing conclusions, and communicating your findings. This course will also teach Python libraries NumPy, Pandas, and Matplotlib.

As the world enters a fully digital age, cyber threats are on the rise with massive data breaches, hacks into personal and financial data, and any other digital source that people can exploit. To combat these attacks, security experts are increasingly tapping into AI to stay a step ahead using every tool in their toolbox including unsupervised learning methods. Machine learning in the cybersecurity space is considered to still be in its infancy stage, but there has been a lot of traction since 2020 to have more AI involved in the process of combating cyber threats. Understanding how machine learning can be used in cyber security, recognizing the need for unsupervised learning methods in cyber security, and knowing how to implement AI in combating cyber attacks are the key to fighting cybercrime in the years ahead. The scary thing about cybercrime is that it can take up to six months to even detect a breach, and it takes an average of roughly 50 days from the time a breach is found to the time it is reported.

Are you a PhD student or researcher with an interest in science communication? We are recruiting AIhub ambassadors to help us write about the latest news, research, conferences, and more, in the field of artificial intelligence. Ideally you would produce a series of blog posts on aspects of the field that interest you. You could write about some significant research, give a tutorial, or cover a session at a conference. You could draw attention to exciting new developments in the field, interview a researcher, produce a tutorial video, review a paper or book, or summarise recent social media commentary.

More and more businesses are adopting machine learning, from predictive analysis to improving the overall workflow of the organization. Machine Learning has now become a critical element of business functionality in the past few years. Businesses are curious about how implementing technology can benefit them, whilst Machine Learning professionals are eager to learn how far Machine Learning can take us. In order for this to be successful, the operations behind it need to become proficient in understanding the concept of Machine Learning, being able to analyse the data, tweaking algorithms, solving problems, and more. That seems like a lot of work, that's umbrellaed under one topic.

On the Internet, there are a lot of sources that provide enormous amounts of daily news. Further, the demand for information by users has been growing continuously, so it is important to classify the news in a way that lets users access the information they are interested in quickly and efficiently. Using this model, users would be able to identify news topics that go untracked, and/or make recommendations based on their prior interests. Thus, we aim to build models that take news headlines and short descriptions as inputs and produce news categories as outputs. The problem we will tackle is the classification of BBC News articles and their categories.

How to implement Generative AI models. Recently, we have seen a shift in AI that wasn't very obvious. Generative Artificial Intelligence (GAI) - the part of AI that can generate all kinds of data - started to yield acceptable results, getting better and better. As GAI models get better, questions arise e.g. Or, how to utilize data generation for your own projects?