Photo by National Cancer Institute on Unsplash
I collected here a set of tutorials and articles (with complementary codes) about artificial intelligence, machine learning, and data science. I have divided this repository into different sections (each one covers a different macro area of data science). You will find tutorials, code, scripts, datasets, and a list of resources related to the different topics (links to articles, free books, free courses, libraries, and so on).
Here, you will find also the Jupiter Notebook for the tutorial I published on Medium. I suggest reading the tutorial and the companion tutorial code in the order provided in the table below. For practical reasons, I have divided some of the tutorials into more than one part (allowing me to concentrate on one of the tutorials on the theoretical part and the others about the programming). Tutorials dedicated only to the theory have not a linked Jupiter notebook.
Most of the code is written in Python, but you can find also some Excel files that I have created to make it easier to understand some of the concepts. I have also added R scripts (since it is widely used by statisticians, biologists, and so on).
Moreover, you may find here some Colab notebooks without a theoretical tutorial (yet). I decided to upload the code before I finished writing the theoretical part (this would be indicated). I am convinced that the code alone is already beneficial. I would successively publish on Medium the written article (with details and comments on the code).
You may write me with any requests, suggestions, and comments. If you find it useful please follow and/or share (a star is always really appreciated).
This is the general index of this repository:
- About me
- How to use this repository
- Cite this repository
- Index of tutorials
- Datasets - More than 40 available datasets and a list of resources to where find the datasets you need for your project
- Machine Learning
- Artificial Intelligence
- Data visualization
- Genomic series
I am Salvatore Raieli, a Senior Data Scientist in a pharmaceutical company. My work consists of applying machine learning and artificial intelligence in the drug discovery process. I have a PhD in immunology and I have years of experience in coding, machine learning, and bioinformatics. I have worked on different projects related to machine learning and biology (for work or for passion). I attended an MSc in Artificial Intelligence to dive inside the theory. I have always been passionate about artificial intelligence, and biology and understand how complex systems work.
I think that artificial intelligence will drive the new wave of innovation and it will revolutionize biology, medicine, and the pharma industry. I always thought that science should be more democratic and that sharing knowledge is fundamental for the improvement of science. For this reason, I have planned to write tutorials where I am trying to explain machine learning and artificial intelligence in the easiest way possible.
Stay Updated with the most important news and research on machine learning and artificial intelligence, you can find them every week here:
Back to General index -- Index of tutorials
This repository is intended for those who want to learn artificial intelligence and machine learning in general. I have collected different scripts, additional functions, tutorials, and articles I have written that can be freely used on different topics. Moreover, you can find more than 30 datasets you can use for your projects
Back to General index -- Index of tutorials
If this repository has been useful for your work, consider citing this repository:
@software{Raieli_Tutorial_and_articles_2024,
author = {Raieli, Salvatore},
license = {Apache-2.0},
month = mar,
title = {{Tutorial and articles on machine learning and artificial intelligence}},
url = {https://github.com/SalvatoreRa/tutorial},
version = {1.0},
year = {2024}
}
Back to General index -- Index of tutorials
Here is an index of the different sections and subsections:
- Tutorials on machine learning
- Introduction to medical image analysis - An introduction to how to use machine learning for image medical analysis
- Tutorials and Articles on artificial intelligence
- Artificial intelligence's bases - detailed reviews of topics related to the bases of artificial intelligence
- Tabular learning - A series dedicated to tabular learning and the related open questions with a particular focus on tabular deep learning
- AI and science - Artificial intelligence is changing all disciplines, but what is AI's impact on science itself?
- AI and art - AI is impacting art, how? Which are the models that are driving this revolution? how do they work?
- AI and Climate Change - Climate change is the most pressing issue of mankind. Can AI help us to solve it? Or it is a foe?
- Natural Language Processing and LLMs - LLMs are revolutionary but it is a fast-paced field, here I am discussing its development
- Computer vision - all you need and want to know about convolutional neural networks and vision transformers.
- Artificial intelligence and music - music is a sequence, and AI knows well how to deal with sequences
- AI and ethics - Artificial intelligence opens important ethical questions that need to be discussed.
- Articles and tutorials of Bioinformatics/AI/ML applied to Biology - Practical tutorials about applying AI and ML to biological questions.
- Others - Articles and tutorials that do not fall inside the previous categories
This series of tutorials is focused on classical machine learning (regression, classification, dimensional reduction, and so on). I will discuss the basics, the math behind models, and how to implement them.
| Articles | notebook | description |
|---|---|---|
| Introduction to medical image analysis | -- | Brief introduction to medical image analysis |
| Introduction to point processing | Jupiter Notebook | Whether you are doing medical image analysis or you use Photoshop, you are using point preprocessing |
| Introduction to Thresholding | Jupiter Notebook | A simple but powerful system for segmenting images |
| A practical guide to neighborhood image processing | Jupiter Notebook | Love thy neighbors: How the neighbors are influencing a pixel |
| A practical guide to morphological image processing | Jupiter Notebook | simple but powerful operations to analyze images |
| Dividi et Impera: A Practical Guide to BLOB Analysis and Extraction with Python | Jupiter Notebook | Simple yet powerful techniques to extract objects. |
| Harnessing the power of colors in Python | Jupiter Notebook | Color images have more hidden information than you think |
| Image Segmentation with Simple and Elegant Methods | Jupiter Notebook | Why the need for a deep learning model with hundreds of layers? Sometimes, there are simpler and faster models. |
| A Guide to Geometric Transformation with Python | Jupiter Notebook | Why the need for Photoshop when you can have fun with Python |
Back to General index -- Index of tutorials
In this series of tutorials, I will focus on artificial intelligence (neural networks, convolutional neural networks, and many other related topics). I will discuss the basics, the math behind models, and how to implement them. I will use Keras and PyTorch
- Artificial intelligence's bases - detailed reviews of topics related to the bases of artificial intelligence
- Tabular learning - A series dedicated to tabular learning and the related open questions with a particular focus on tabular deep learning
- AI and science - Artificial intelligence is changing all disciplines, but what is AI's impact on science itself?
- AI and art - AI is impacting art, how? Which are the models that are driving this revolution? how do they work?
- AI and Climate Change - Climate change is the most pressing issue of mankind. Can AI help us to solve it? Or it is a foe?
- Natural Language Processing and LLMs - LLMs are revolutionary but it is a fast-paced field, here I am discussing its development
- Computer vision - all you need and want to know about convolutional neural networks and vision transformers.
- Artificial intelligence and music - music is a sequence, and AI knows well how to deal with sequences
- AI and ethics - Artificial intelligence opens important ethical questions that need to be discussed.
- Articles and tutorials of Bioinformatics/AI/ML applied to Biology - Practical tutorials about applying AI and ML to biological questions.
- Others - Articles and tutorials that do not fall inside the previous categories
Back to General index -- Index of tutorials
| Articles | notebook | description |
|---|---|---|
| Learning to Learn: How AI and Humans Learn | -- | Understanding learning to create better AI and understand ourselves |
| Tensors: a Gentle Introduction | PyTorch Code, Tensorflow Code, Excel | What there are? Why do you care? The name is intimidating, but fear not them! |
| Grokking: Learning Is Generalization and Not Memorization | -- | Understanding how a neural network learns helps us to avoid that the model from forgetting what it learns |
| A fAIry tale of the Inductive Bias | -- | Do we need inductive bias? How simple models can reach the performance of complex models |
| Unsupervised data pruning: less data to learn better | -- | Not always more data is meaning a more accurate model, but how to choose your data? |
Back to General index -- Index of tutorials
| Articles | notebook | description |
|---|---|---|
| Tabula Rasa: Why Do Tree-Based Algorithms Outperform Neural Networks | -- | Tree-based algorithms are the winner in tabular data: Why? |
| Tabula Rasa: How to save your network from the category drama | -- | Neural networks do not like categories but you have techniques to save your favorite model |
| Neural Ensemble: what’s Better than a Neural Network? A group of them | -- | Neural ensemble: how to combine different neural networks in a powerful model |
| Tabula rasa: Give your Neural Networks Rules, They Will Learn Better | -- | From great powers derive great responsibilities: regularization allows AI to exploit its power |
| Tabula rasa: take the best of trees and neural networks | -- | Hybrid ideas for complex data: how to join two powerful models in one |
| Tabula rasa: Could We Have a Transformer for Tabular Data | -- | We are using large language models for everything, so why not for tabular data? |
| Tabula Rasa: not enough data? Generate them! | -- | How you can apply generative AI to tabular data |
| Tabula Rasa: Fill in What Is Missing | Jupiter Notebook - Scripts: 1, 2, 3 | Missing values are a known problem, why and how we can solve it |
| Tabula Rasa: Large Language Models for Tabular Data | -- | Tabular data are everywhere, why and how you can use LLMs for them |
Back to General index -- Index of tutorials
| Articles | notebook | description |
|---|---|---|
| Unlocking the Dance of Proteins: AlphaFold meets Diffusion | -- | AlphaFlow Makes Protein Structure PredictionFrom Static to Dynamic |
| Beyond Words: Unraveling Speech from Brain Waves with AI | -- | AI is capable of decoding speech from non-invasive brain recordings |
| Google Med-PaLM M: Towards the Medical AI Generalist | -- | Google unveils a multi-modal model capable of incredible skills |
| ClinicalGPT: the LLM clinician | -- | a new model using for medicine using a clever trick to be more factual correct |
| Google Med-PaLM 2: is AI ready for medical residency? | -- | Google's new model achieves impressive results in the medical domain |
| scGPT: When Transformers Meet Biology and Fall in Love | -- | Exploring the Potential of Generative Pre-Training for Single-Cell Sequencing and Analysis |
| PMC-LLaMA: Because Googling Symptoms is Not Enough | -- | A small model that can be your best friend in medical school (or on trivia night) |
| Looking into Your Eyes: How Google AI Model Can Predict Your Age from the Eye | -- | The new model can unlock secrets of aging by analyzing eye photos |
| Through the Looking Glass, and What Google find there in the eye | -- | Or How Google is Using Deep Learning to Diagnose Diseases in Eye Photos |
| Making Language Models Similar to the Human Brain | -- | There is still a gap between LMs and the human brain in NLP, inspiring AI to the latter could fill it |
| Google Med-PaLM: The AI Clinician | -- | Google's new model is trained to answer medical questions. How? |
| PCA: Bioinformatician’s Favorite Tool Can Be Misleading | -- | A new study assesses how a most used technique can be problematic |
| Stable diffusion and the brain: how AI can read our minds | -- | Researchers were able to reconstruct images using fMRI data |
| Stable diffusion to fill gaps in medical image data | -- | A new study shows that stable diffusion could help with medical image analysis and rare diseases. How? |
| Artificial intelligence to search for alien intelligence | -- | How SETI project is using AI to answer the question: are we alone? |
| AI enables designing new proteins from scratch | -- | How artificial intelligence can allow producing unseen proteins |
| This Is Your Brain On Code | -- | New research highlights what happens in the brain while coding |
| The decline of disruptive science | -- | We are publishing more than ever but we are now less innovative: why? |
| Twitter’s Acquisition Raises Red Flags for Scientific Community | -- | Why scientists and data scientists are concerned |
| Data sovereignty: sharing is not caring | -- | Researchers are urging more data transparency, is it right to grant always data access? |
| Meta’s ESMfold: the rival of AlpahFold2 | -- | Meta uses a new approach to predict over 600 million protein structures |
| Cancer Research Needs Better Data | -- | We have many open questions, and we need data to answer them |
| Code Reproducibility Crisis in Science And AI | -- | Saving AI and scientific research requires we share more |
| Nobel prize Cyberpunk | -- | A computational view of the most important prize and perspective on AI in scientific discovery |
| How AI could save a pillar of science | -- | Peer review is a human job, but we may need the aid of the machine |
| How Science Contribution Has Become a Toxic Environment | -- | How computer science has inherited the same mistakes as other disciplines |
| Machine learning: a friend or a foe for science? | -- | How machine learning is affecting science reproducibility and how to solve it |
| AlphaFold2 Year 1: Did It Change the World? | -- | DeepMind promised us a revolution. Did it happen? |
| The Curious Case of How MS-excel Was a Nightmare for Bioinformatics | -- | An example of how Ms-Excel can be deleterious in data science |
| Speaking the Language of Life: How AlphaFold2 and Co. Are Changing Biology | -- | AI is reshaping research in biology and opening new frontiers in therapy |
Back to General index -- Index of tutorials
| Articles | notebook | description |
|---|---|---|
| OpenAI Sora: Welcome to a Simulated World | -- | A new text-to-video model shows astonishing capabilities but it is also terrifying experts |
| How AI is reading a forgotten history | -- | Ancient scrolls that contain lost literature have been read by AI |
| MobileDiffusion: Can we generate images on the phone? | -- | A small and fast model could be used to generate images on the device |
| Google UniTune: Text-driven Image Editing | -- | How to use words to modify your images |
| ControlNet: control your AI art generation | -- | A new model allows fine control and gets the maximum from stable diffusion |
| InstructPix2Pix: use text instructions to edit your images | -- | A new model that allows you to modify your images just by writing the editing instructions |
| Exploring the Wisdom of the Ages: Using AI art to Draw Philosopher Quotes | -- | Does an image worth thousands of words? or some words remain elusive? |
| Unleashing the Power of Generative AI: the Definitive List | -- | Exploring the latest advancements in AI technology and how they can benefit you |
| How AI reimages emotions | -- | Could AI transform in images concepts that are even hard to explain with words? |
| AI Reimagines Mythical Creatures | -- | A modern bestiary inspired by medieval ones. |
| Restore your images with AI | -- | how to easily restore images with AI |
| How AI Could Help Preserve Art | -- | Art masterpieces are a risk at any time; AI and new technologies can give a hand |
| AI reimagines the world’s 20 most beautiful words | -- | How to translate words that cannot be translated? |
| Reimagining The Little Prince with AI | -- | How AI can reimagine the little prince’s characters from their descriptions |
| Meta’s new model can turn text prompt into videos | -- | Make-A-Vide, a new break-through in generative art |
| Blending the power of AI with the delicacy of poetry | -- | AI models are now able to generate images from text, what if we furnish them with the words of great poets? A dreamy trip between poetry and AI. |
Back to General index -- Index of tutorials
| Articles | notebook | description |
|---|---|---|
| Generative AI Fuels Climate Change | -- | What is the associated carbon dioxide of your favorite model? |
| How artificial intelligence could save the Amazon rainforest | -- | Amazonia is at risk and AI could help preserve it |
| How AI could fuel global warming | -- | New large models are energy intensive. How much CO2 is needed for their training? |
| Machine learning to tackle climate change | -- | How AI could help against global warming and save the world from humans |
| Robotics Join Machine Learning for an Electric Future | -- | How robotics and AI can speed energy transition and reduce emissions |
Back to General index -- Index of tutorials
| Articles | notebook | description |
|---|---|---|
| Do Really Long-Context LLMs Exist | -- | Long-context LLMs are the topic of the moment, but beyond companies' claims, it is true? |
| Think, Then Speak: How Researchers Gave AI an Inner Monologue | -- | QuietStar is a new promising approach for LLM reasoning |
| Does it Really Matter Grok? | -- | Musk claims he has open-source Grok, but it does matter or is it just another move in larger play? |
| The AI worm and the LLM leaf | -- | New research warns how a LLM can be poisoned and spread around |
| DeepMind’s SIMA: Rule the Simulated World Before Take Over the Real One | -- | A new agent by DeepMind shows impressive new generalization skills in videogames |
| Cosine Similarity and Embeddings Are Still in Love? | -- | Cosine similarity is the most used method, but it is really the best? |
| PlanGPT: LLM domain specific to revolutionizing industries | -- | Knowledge and planning give the power to reshape industries |
| Bring Your AI Agents from Virtual to Reality | -- | AI agents are the new frontier, but how they are doing in the real world? |
| Follow the Echo: How to Get a Good Embedding from your LLM | -- | How to overcome the limits of Autoregressive Models for embedding |
| Indirect Reasoning for LLMs: Not Always There is a Direct Way to the Answer | -- | Contrapositive and Contradiction for Automated Reasoning can help your model find the right answering |
| A Requiem for the Transformer? | -- | Will be the transformer the model leading us to artificial general intelligence? Or will be replaced? |
| Teaching is Hard: How to Train Small Models and Outperforming Large Counterparts | -- | Distilling the knowledge of a large model is complex but a new method shows incredible performances |
| LeMA: For an LLM Learning Math is Making Mistakes | -- | learning from mistakes helps large language models achieve better performance in reasoning tasks |
| LLemma: a Model Speaking Math | -- | A model beating previous competitors for mathematical reasoning |
| Order Matters: How AI Struggles with the Reverse | -- | How and why does the reversal curse impact the large language models |
| Mistral 7B: a New Wind Blowing Away Other Language Models | -- | Mistral 7B is more performing and faster than other LLMs |
| GPT-InvestAR: LLMs for better investment | -- | From Text to Trade: Could an LLM exploit annual reports to predict stock to buy? |
| Platypus: Quick, Cheap, and Powerful LLM | -- | Winning over the others with only one GPU and 5 hours of fine-tuning |
| Prompt Engineering to Leverage In-Context Learning in Large Language Models | -- | How to modify your text prompt to obtain the best from an LLM without training |
| All You Need to Know about In-Context Learning | -- | What is and how does it work what makes Large Language Models so powerful |
| META LLaMA 2.0: the most disruptive AInimal | -- | Meta LLaMA can reshape the chatbot and LLM usage landscape |
| Speak to me: How many words a model is reading | -- | Why and how to overcome the inner limit of a Large Language Model |
| The AI college student goes back to the bench | -- | How LLM can solve college exams and why this is important |
| Can we detect AI-generated text? | -- | Watermarking could be the solution for detecting it |
| Say Once! Repeating Words Is Not Helping AI | -- | How and why is repeating tokens harming LLMs? Why is this a problem? |
| FinGPT: open-source LLM for finance | -- | Why this is important? Why do we need it? |
| Is AI funny? Maybe, a Bit | -- | Why AI is still struggling with humor and why this an important step |
| The imitation game: Taming the gap between open source and proprietary models | -- | Can imitation models reach the performance of proprietary models like ChatGPT? |
| Scaling Isn’t Everything: How Bigger Models Fail Harder | -- | Are Large Language Models really understanding programming languages? |
| META’S LIMA: Maria Kondo’s way for LLMs training | -- | Less and tidy data to create a model capable to rival ChatGPT |
| Emergent Abilities in AI: Are We Chasing a Myth? | -- | Changing Perspective on Large Language Models emerging properties |
| Welcome Back 80s: Transformers Could Be Blown Away by Convolution | -- | The Hyena model shows how convolution could be faster than self-attention |
| HuggingGPT: Give Your Chatbot an AI Army | -- | HuggingGPT is capable to manage other models and solve complex tasks |
| Google USM: how Google plans a 1,000-language AI model | -- | Can we create a model for all the spoken languages? |
| SpikeGPT: a 260 M only parameters LM not afraid of competition | -- | Spiking Neural Networks are a promising alternative for the new generative AI models |
| META’s LLaMA: A small language model beating giants | -- | META open-source model will help us to understand how LMs biases arise |
| SparseGPT: fewer parameters is better? | -- | How to get rid of 100 billion parameters and happily infer on one GPU |
| META’s CICERO: beating humans at diplomacy | -- | A model able to conversate, persuade and beat you in a game of trust and betrayal |
| META’s PEER: A Collaborative Language Model | -- | PEER (Plan, Edit, Explain, Repeat): collaborate with the AI to write a text |
| Meta’s Hokkien: AI Translates an Unwritten Language for the First Time | -- | Speech-to-speech model for a language that is passed down predominantly orally |
| No Language Left Behind | -- | Meta’s new model is able to translate between 200 different languages making the internet more accessible |
| Google’s Minerva, Solving Math Problems with AI | -- | Quantitative reasoning is hard for humans and it is hard for computers. Google’s new model just got astonishing results in solving math problems. |
| A New BLOOM in AI? Why the BLOOM Model Can Be a Gamechanger | -- | We are now used to large language models, why is this so special? |
Back to General index -- Index of tutorials
| Articles | notebook | description |
|---|---|---|
| The Computer Vision’s Battleground: Choose Your Champion | -- | Which is the best computer vision model? Which one is best for a particular task? |
| Have convolutional networks become obsolete | -- | Vision transformers seem to have replaced convolutional networks, but are they really better? |
| UniverSeg: Universal Scissor for Medical Image Segmentation | -- | Medical segmentation is hard and expensive. Would be possible a model to cut them all? |
| META’s Hiera: reduce complexity to increase accuracy | -- | Simplicity allows AI to reach incredible performance and surprising speed |
| META’S ImageBind: The Embedding Glue for Your Modalities | -- | New META’s model is able to obtain a unique embedding for up to six modalities. |
| META DINO: how self-supervised learning is changing computer vision | -- | Curated data, visual features, and knowledge distillation: the foundations of next computer vision models |
| META’S SAM: A Unique Model to Segment Anything | -- | Segmentation needs a foundation model: why is it important? |
| Why Do We Have Huge Language Models and Small Vision Transformers? | -- | Google ViT-22 paves the way for new large transformers and to revolutionize computer vision |
| Create your painting app with AI and Streamlit | App Link / GitHub repository | How to make an app with few lines of code and a spare afternoon |
| A Visual Journey in What Vision-Transformers See | -- | How some of the largest models see the world |
Back to General index -- Index of tutorials
| Articles | notebook | description |
|---|---|---|
| Meta’s MusicGen: a melody is worth 1000 tokens | -- | Meta's new model has incredible results on text-to-audio |
| AudioGPT: bridging text to music | -- | A new AI model connects ChatGPT with audio and music models |
| Google’s MusicLM: from text description to music | -- | A new model is generating impressive music from just text prompt |
| Generate a piano cover with AI | -- | A new model generates a piano cover from a pop song: how it works? how you can try it? |
| Microsoft’s Museformer: AI music is the new frontier | -- | AI art is exploding, music can be next. |
Back to General index -- Index of tutorials
| Articles | notebook | description |
|---|---|---|
| Is Apple ready to launch its own AI? | -- | MM1 appears to be a sign that Apple is intent on accelerating on AI |
| Meta-Transformer: one model to rule all | -- | From text to video, from graph to images, what if we could use just one model? |
| MiniGPT-4: small chatbot, large vision-language understanding | -- | Meet the most efficient and open-source rival of GPT-4 |
| BLIP-2: when ChatGPT meets images | -- | BLIP-2, a new visual language model capable to dialogue about images |
| Data2vec: one AI to rule all | -- | A model that can learn across modalities learning by itself |
| Google’s PaLI: language-image learning in 100 languages | -- | A new impressive model able to reach state-of-the-art in complex tasks |
| Multimodal Chain of Thoughts: Solving Problems in a Multimodal World | -- | The world is not only text: How to extend the chain of thoughts to image and text? |
Back to General index -- Index of tutorials
| Articles | notebook | description |
|---|---|---|
| How transparent are large language models? | -- | Stanford proposes an index to measure LLM transparency, and the results are not encouraging |
| Scaling Data, Scaling Bias: A Deep Dive into Hateful Content and Racial Bias in Generative AI | -- | scaling seems the solution for every issue in machine learning: but it is true? |
| Reshaping the Model’s Memory without the Need for Retraining | -- | Erasing any echo of problematic content a large language model has learned |
| PrAIde and Prejudice: Tracking and Minimize Political Bias in LLMs | -- | How to track the political biases and their impact on NLP |
| The Mechanical Symphony: Will AI Displace the Human Workforce? | -- | GPT-4 shows impressive skills: what will be the impact on the labor market? |
| The EU wants to regulate your favorite AI tools | -- | EU is preparing a new AI bill and generative AI is included |
| Machine unlearning: The duty of forgetting | -- | How and why it is important to erase data point information from an AI model |
Back to General index -- Index of tutorials
| Articles | notebook | description |
|---|---|---|
| Google Gemma: is it Really a Gem? | -- | Google has just released two new open-source LLMs and is pushing for their adoption |
| Stable Diffusion 3: Can You Still Believe in Your Eyes? | -- | Stable Diffusion 3 has been announced: what all we know so far |
| MiQu: Can a mysterious model be a GPT-4 rival? | -- | An open-source model seems to be performing as GPT-4 but we do not know much about it |
| Human-Centered Loss Functions: Not All the Risks Are the Same | -- | Aligning large language models with human behavior in uncertain futures |
| SwitchHead: Be Faster To Catch the Prey | -- | How MoE applied to self-attention can make your model faster and performing |
| Make it simple! Can we have simple models for complex tasks? | -- | Can we simplify the current architectures without losing performance? |
| The 2023 AI year in brief | -- | A recap of an incredible AI year |
| Speak Only About What You Have Read: Can LLMs Generalize Beyond Their Pretraining Data? | -- | Unveiling the Limits and Wonders of In-Context Learning in Large Language Models |
| Lord of Vectors: One Embedder to Rule Them All | -- | Embedders are back in vogue, so why not have a universal one? |
| Is ChatGPT losing its capabilities? | -- | The updated version of GPT-4 seems performing worst, is it true? |
| CodeGen2: a new open-source model for coding | -- | SaleForce’s effect on how to design an efficient model for coding |
| Is AI funny? Maybe, a Bit | -- | Why AI is still struggling with humor and why this an important step |
| To AI or not to AI: how to survive? | -- | With generative AI threatening businesses and side hustles, how you can find space? |
| The Infinite Babel Library of LLMs | -- | Open-source, data, and attention: How the future of LLMs will change |
| The Intelligence Quotient of GPT-4: how to determinate intelligence | -- | From Artificial Intelligence to Artificial General Intelligence: Where Does GPT-4 Stand? |
| Did ChatGPT have an impact? | -- | Three months after the chatbot took the world by storm what happened? |
| RazzAIe awards 2022: what are the worst AI of the year? | -- | What are the worst models of the year? What went wrong? |
| Microsoft BioGPT: Towards the ChatGPT of life science? | -- | BioGPT achieves the SOTA in different biomedical NLP tasks |
| Microsoft or: How I Learned to Stop Worrying and Love ChatGPT | -- | how Google disapproves of this love and other stories related |
| Deep learning can tell if you are above the drinking limit | -- | A new algorithm that can measure your alcohol consumption from your speech |
| Everything but everything you need to know about ChatGPT | -- | what is known, the latest news, what it is impacting, and what is changing. all in one article |
| 2023: what should we expect to see in AI? | -- | A discussion on emerging trends and possible scenarios |
| The Rise of AI: A Look at the 2022 Landscape | -- | Innovation and disruption: a look-up on what happened in AI in 2022 |
| The Unbearable Lightness of Being ChatGPT | -- | An ethical discussion with the most talked-about chatbot of the moment |
| Can an AI be a data scientist? | notebook | OpenAI’s ChatGPT is blowing data scientists' minds. Could it steal their job? |
| Is AI Changing Football? | -- | Data science has arrived in football. How teams and companies are using it? |
| Make an app with streamlit in minutes | code here | Build an app to predict yoga position from photos with Python |
| DreamFusion: 3D models from text | -- | A new Google diffusion model that allows 3D images to be obtained from the text. |
| Google’s Audiolm: Generating Music by Hearing a Song’s Snippet | -- | Whether music or speech, Google's new model can continue playing what is hearing. |
| Deepmind’s Alphatensor: The AI That Is Reinventing Math | -- | How the DeepMind’s latest model could revolutionize math |
| A critical analysis of your dataset | -- | Stop finetuning your model: your model is already good, but not your data |
| How AI and X-rays To Detect Explosives Could Also Identify Cancers | -- | How AI enhance X-rays to detect concealed explosive and potentially tumors, wall breach by their textures |
Back to General index -- Index of tutorials
This series of tutorials on using machine learning and transcriptomic data with transcriptomic data. I will implement also tutorials about the use of machine learning with biomedical images.
| Tutorial | notebook | description |
|---|---|---|
| AML introduction | -- | Acute Myeloid Leukemia: A general introduction |
| Intorduction on AI in leukemia | -- | Artificial intelligence in leukemia |
| Introduction on computer vision in AML | -- | Medical image diagnosis in leukemia |
| Introduction on computer vision in Covid-19 | -- | Medical Image Diagnosis in COVID-19 |
| Complexity reduction techniques | Jupiter notebook | Python: PCA, t-SNE, UMAP |
| Clustering techniques | Jupiter notebook | Python: Hierarchical clustering, k-means |
| Clustering: DBSCAN and GMM | Jupiter notebook | Python: DBSCAN and GMM |
| Linear regression | -- | Introduction and the linear regression math |
| Linear regression | Jupiter notebook | Python: Linear regression, training, evaluation, inspection and solution |
| Logistic regression | -- | Python: Introduction to logistic regression math |
| Logistic regression | Jupiter notebook | Python: Logistic regression, training, evaluation, inspection and solution |
Back to General index -- Index of tutorials
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