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Understanding what’s happening behind large language models (LLMs) is essential in today’s machine learning landscape. These models shape everything from search engines to customer service, and knowing their basics can unlock a world of opportunities. This is why we are going to break down some of the most important concepts behind LLMs in a very […]
Machine learning (ML) models are built upon data. They are like the ready-to-use artifacts resulting from making sense of a dataset to uncover patterns, make predictions, or automate decisions. Whilst visualizing data is undoubtedly important across many data science processes like exploratory analysis and feature engineering, the idea of visualizing an ML model is not […]
The adoption of machine learning (ML) continues at a rapid pace, as it has proven itself a powerful tool for solving many problems. A good way to learn ML is by working on projects, especially those that are able to give you real, valuable experience. In this article, we will discuss 7 simple machine learning […]
This article will navigate you through the deployment of a simple machine learning (ML) for regression using Streamlit. This novel platform streamlines and simplifies deploying artifacts like ML systems as Web services. A Glimpse of the Model Being Deployed The focus of this how-to article is to showcase the steps to have an ML model […]
Podcasts are a fun and easy way to learn about machine learning. Machine learning is a fast-changing field. New ideas and tools come out all the time. Podcasts help you stay updated on these changes. They often feature interviews with experts and researchers. You can hear about their work and get insights into the latest […]
Introduction In an industry as competitive as machine learning (ML), job position candidates need a well-structured portfolio and access to all the avenues to gain industry exposure. The field of machine learning is always evolving, and at a rapid pace, with new techniques and applications emerging constantly. As organizations seek talented professionals who can tackle […]
This article provides a comprehensive step-by-step guide designed to help you navigate the challenge of optimizing your machine learning (ML) models for production, by looking at all stages in their development lifecycle, i.e. before, during, and after the process of deploying models to production. The guide is written under a model and ML technique-agnostic tone, […]
This article focuses on demystifying the difference between traditional data analytics methods vs. machine-learning-driven ones, not without providing firstly a clear understanding of what is — and what is not — data analytics compared to other data terms often used interchangeably. After gaining such understanding, the post provides clear and succinct guidelines on when to […]
Graph RAG, Graph RAG, Graph RAG! This term has become the talk of the town, and you might have come across it as well. But what exactly is Graph RAG, and what has made it so popular? In this article, we’ll explore the concept behind Graph RAG, why it’s needed, and, as a bonus, we’ll […]
Unity makes strength. This well-known motto perfectly captures the essence of ensemble methods: one of the most powerful machine learning (ML) approaches -with permission from deep neural networks- to effectively address complex problems predicated on complex data, by combining multiple models for addressing one predictive task. This article describes three common ways to build ensemble […]
Recommender systems enhance user experiences in Internet-based applications by recommending items tailored to individual preferences or needs, such as products, services, or content. Used in various sectors including e-commerce, tourism, and entertainment, these systems stimulate user engagement, and customer loyalty, and can ultimately help increase customer satisfaction and revenue in certain domains like the retail […]
A chatbot is a computer program that can talk to people. It can answer questions and help users anytime. You don’t need to know a lot about coding to make one. There are free tools that make it simple and fun. In this article, we will use a tool called ChatterBot. You will learn how […]
It’s easy enough to make poor decisions in your machine learning projects that derail your efforts and jeopardize your outcomes, especially as a beginner. While you will undoubtedly improve in your practice over time, here are five tips for avoiding common rookie mistakes and cementing your project’s success to keep in mind while you are […]
Machine learning (ML) models contain numerous adjustable settings called hyperparameters that control how they learn from data. Unlike model parameters that are learned automatically during training, hyperparameters must be carefully configured by developers to optimize model performance. These settings range from learning rates and network architectures in neural networks to tree depths in decision forests, […]
In recent years, the finance industry has been experiencing significant changes, with artificial intelligence and machine learning (ML) playing an increasingly important role. These emerging technologies are beginning to reshape how many financial institutions operate, make decisions, and interact with their customers. In this blog post, we’ll explore some of the ways machine learning is […]
Python is the most popular data science programming language, as it’s versatile and has a lot of support from the community. With so much usage, there are many ways to improve our data science workflow that you might not know. In this article, we will explore ten different Python one-liners that would boost your data […]
Sponsored Content From November 1st to November 21st, 2024 (8:00 am UTC), 365 Data Science offers free access to its comprehensive learning platform. This is a golden opportunity for aspiring data professionals and AI enthusiasts to gain knowledge and experience at no cost. Tradition and Mission Entering its fourth year, 365 Data Science continues its commitment to accessible education with…
Computer vision (CV) is a field where machines learn to “see” and understand images or videos. It helps machines recognize objects, faces, and even actions in photos or videos. For example, CV is used in self-driving cars to detect road signs and people, or in medical scans to spot diseases. Training a CV model from […]
Are you a machine learning enthusiast looking to level up your skills? If so, contributing to open-source machine learning projects is one of the best ways to improve your coding skills. When you work on open-source ML tools, you’ll learn more about how ML frameworks work internally. You’ll also get to improve your coding […]
LightGBM is a highly efficient gradient boosting framework. It has gained traction for its speed and performance, particularly with large and complex datasets. Developed by Microsoft, this powerful algorithm is known for its unique ability to handle large volumes of data with significant ease compared to traditional methods. In this post, we will experiment with LightGBM framework on the Ames…
XGBoost has gained widespread recognition for its impressive performance in numerous Kaggle competitions, making it a favored choice for tackling complex machine learning challenges. Known for its efficiency in handling large datasets, this powerful algorithm stands out for its practicality and effectiveness. In this post, we will apply XGBoost to the Ames Housing dataset to demonstrate its unique capabilities. Building…
Ensemble learning techniques primarily fall into two categories: bagging and boosting. Bagging improves stability and accuracy by aggregating independent predictions, whereas boosting sequentially corrects the errors of prior models, improving their performance with each iteration. This post begins our deep dive into boosting, starting with the Gradient Boosting Regressor. Through its application on the Ames Housing Dataset, we will demonstrate…
This post dives into the application of tree-based models, particularly focusing on decision trees, bagging, and random forests within the Ames Housing dataset. It begins by emphasizing the critical role of preprocessing, a fundamental step that ensures our data is optimally configured for the requirements of these models. The path from a single decision tree to a robust ensemble of…
Our discussion so far has been anchored around the family of linear models. Each approach, from simple linear regression to penalized techniques like Lasso and Ridge, has offered invaluable insights into predicting continuous outcomes based on linear relationships. As we begin our exploration of tree-based models, it's important to reiterate that our focus remains on regression. While tree-based models are…
Categorical variables are pivotal as they often carry essential information that influences the outcome of predictive models. However, their non-numeric nature presents unique challenges in model processing, necessitating specific strategies for encoding. This post will begin by discussing the different types of categorical data often encountered in datasets. We will explore ordinal encoding in-depth and how it can be leveraged…
In our previous exploration of penalized regression models such as Lasso, Ridge, and ElasticNet, we demonstrated how effectively these models manage multicollinearity, allowing us to utilize a broader array of features to enhance model performance. Building on this foundation, we now address another crucial aspect of data preprocessing—handling missing values. Missing data can significantly compromise the accuracy and reliability of…
This post will demonstrate the usage of Lasso, Ridge, and ElasticNet models using the Ames housing dataset. These models are particularly valuable when dealing with data that may suffer from multicollinearity. We leverage these advanced regression techniques to show how feature scaling and hyperparameter tuning can improve model performance. In this post, we'll provide a step-by-step walkthrough on setting up…
One of the significant challenges statisticians and data scientists face is multicollinearity, particularly its most severe form, perfect multicollinearity. This issue often lurks undetected in large datasets with many features, potentially disguising itself and skewing the results of statistical models. In this post, we explore the methods for detecting, addressing, and refining models affected by perfect multicollinearity. Through practical analysis…
At its core, Stable Diffusion is a deep learning model that can generate pictures. Together with some other models and UI, you can consider that as a tool to help you create pictures in a new dimension that not only you can provide instructions on how the picture looks like, but also the generative model to brainstorm what you didn't…