The rise of Large Language Models (LLMs) like ChatGPT has been revolutionary, igniting a new era in how we interact with technology. These sophisticated models, exemplified by ChatGPT, have redefined how we engage with digital platforms. Think about it – how often have you used tools like ChatGPT to effortlessly write an email or employed generative AI to bring your wildest imaginations to life through stunning images? This relentless evolution of Generative AI technology is not just a scientific advancement; it’s a gateway to endless creative possibilities, reshaping our digital landscape at a breathtaking pace. Yet, there’s a noticeable gap in this whirlwind of rapid progress. While we marvel at the outputs of Generative AI, a deeper understanding of its fundamentals and practical applications remains elusive for many. This is where this blog steps in. Introducing a solution—Generative AI Resources.
I’ve meticulously compiled an ordered list of top Generative AI courses to empower you with this cutting-edge knowledge. This isn’t just a list; it’s your roadmap to unraveling the magic behind these amazing tools. Whether you’re a curious learner, an aspiring AI enthusiast, or a professional looking to enhance your skill set, these courses satisfy your curiosity about generative AI examples.
In this article, you will discover valuable generative AI resources and explore various Gen AI learning resources to enhance your understanding and skills in this rapidly evolving field.
If you are a beginner to Generative AI, start with this course on Generative AI for Everyone. In this Generative AI course, you will explore the workings of generative AI, common use cases, and capabilities. You will also learn how to build effective prompts and understand the potential opportunities and risks this technology poses for individuals, businesses, and society.
Now, the next thing to learn is how to use the popular Generative AI tools like ChatGPT, Midjourney, and more. In this course on Generative AI tools, you will get to learn exactly that. You will understand the basics of generative AI, learn about the most popular tools for text generation and image generation, and even how to use them for various applications like image editing, crafting emails, creating visual content, and more.
Once you have learnt about Generative AI, the next step is to play around with the technology and get enamoured by its possibilities. The best way to do that is to fiddle around with ChatGPT. But did you know that even to get the best out of ChatGPT, you must learn about Prompt Engineering? Now you ask, what is that? Well, it is the way we interact with an LLM and get the desired result.
To learn that, you can start with this course by Codecademy on Prompt Engineering. This will get you started with the basics. If you want to jump onto something detailed, I highly suggest this guide on Prompt Engineering, which is no less than a course. Although this is an extensive guide, it is well structured and covers the prompt engineering exhaustively, including topics like zero-shot learning, few-shot learning, and chain-of-thought learning. It also tells you the general tips for designing good prompts that effectively solve any use case.
Now that you have interacted with ChatGPT using the standard interface by OpenAI, it is time to move on to designing your own systems by utilizing the ChatGPT API. For that, you can explore in this course on Building Systems with the ChatGPT API by DeepLearning.ai. Here, you will learn to split complex tasks into smaller tasks and solve them using prompts. This will show you how to utilise a powerful tool like ChatGPT for your specific tasks.
Once that is done, you can build your first LLM-based application using the LangChain framework in this course on LangChain for LLM Application Development. LangChain is an open-source framework for developing applications powered by LLMs that are not limited to ChatGPT! It enables the creation of context-aware applications by connecting LLMs to data and providing tools for customization, accuracy, and relevancy. In this course, you will learn to build an LLM application using LangChain, which will get you accustomed to building personal assistants and chatbots.
What if the standard LLMs have static knowledge, and you want to augment them to suit your particular use case? That is when you will need to use the RAG technique to augment LLMs to build your application. So, what is RAG? Well, RAG stands for Retrieval Augmented Generation. It is a strategy where you provide additional knowledge to the LLM through a retrieval system. This allows the LLM to answer more specific queries even though it is not trained on it. You can learn about RAGs and more in this Building and Evaluating Advanced RAG Applications course.
Now that you have built a RAG system, you will notice that there are some limitations to it. For one, you will notice that you will not always be able to use the entire retrieved data in a prompt, which limits the response of the LLM. Another would be the hallucinating effect of the LLM, which is hard to eliminate. So, wouldn’t it be better to finetune your model entirely and get a more customized LLM? That is what you will cover in this course, where you will learn about finetuning, when to apply it, how to prepare the data for finetuning, and how to train and evaluate your finetuned model.
“Intro to Large Language Models” by Karpathy: Watch here
“A Hacker’s Guide to Language Models” by Jeremy Howard: Watch here
“Catching up on the weird world of LLMs” by Simon Willison: Read here
What are Large Language Models (LLMs) by Analytics Vidhya? Read Here
You must have heard of RLHF. RLHF stands for Reinforcement Learning from Human Feedback. It is a machine learning technique that trains a “reward model” directly from human feedback and uses the model as a reward to optimize the performance of an artificial intelligence agent through reinforcement. Now, learn about RLHF in this course by DeepLearning.ai, where you will get knowledge of RLHF, fine-tune an LLM with RLHF, and then finally learn to evaluate it.
Now, generative AI is not all about LLMs. If you want to learn about image generation using generative AI, then you have to learn about diffusion models and how they work. For this, there is a stunning course by Hugging Face. The material for the course, including notebooks, reading material and everything else, can be found in this GitHub repository. Here, you can find content on basic diffusion models, stable diffusion, fine-tuning a diffusion model, and more.
I know these are a lot of courses to undertake and are not entirely exhaustive. This is why I suggest this comprehensive program on Generative AI called the Generative AI Pinnacle program. This program covers generative AI from beginning to end. It covers topics like Prompt Engineering, RAG system using LlamaIndex, and finetuning LLMs, including LoRA, QLoRA, PEFT, and Stable Diffusion.
I hope you found this list of Generative AI resources helpful and that you have at least enrolled in one of the courses from above! However, there are plenty of other courses which I have left out here. If you find a relevant course on Generative AI, do share it in the comments below. I would love to explore that myself!
The best way to learn about generative AI is by exploring online courses or tutorials. Websites like Coursera, Udemy, and YouTube offer resources for beginners to understand generative AI concepts.
Generative AI tools are software programs or platforms that use algorithms to create new content, such as images, music, or text, based on patterns and data they’ve learned from. Examples include DeepDream, GANs (Generative Adversarial Networks), and variational autoencoders.
One of the popular libraries for generative AI is TensorFlow, developed by Google. It provides tools and resources for building and training generative models efficiently. Another widely used library is PyTorch, which offers similar functionalities and is preferred by some researchers and developers for its simplicity and flexibility.
Data: Training datasets, labeled, and real-time.
Computing Power: GPUs, TPUs, cloud, and edge devices.
Models & Tools: Pre-trained models, TensorFlow, PyTorch, APIs.
Human Expertise: Data scientists and domain experts.
Very comprehensive! Thank you!
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