Generative AI 101

What is Microsoft Copilot?

Get ready to meet Microsoft Copilot, the AI assistant that's redefining productivity. Launched in February 2023, Copilot evolved from Bing Chat to become a versatile tool embedded in Microsoft 365. Powered by OpenAI’s GPT-4 and the Microsoft Prometheus model, Copilot excels at everything from drafting emails and analyzing data to creating stunning PowerPoint presentations. Despite its initial quirks, Copilot has become an indispensable ally in the digital workspace, thanks to Microsoft’s hefty investments and fine-tuning efforts. Connect with Emily Laird on LinkedIn

What is Mistral AI?

Bonjour, tech-savvy wanderers! In this episode of Generative AI 101, we're diving fork-first into Mistral AI, the French powerhouse in the world of artificial intelligence. Founded by ex-Google DeepMind and Meta researchers, Mistral AI offers cutting-edge models that are shaking up the industry. From the versatile Mistral Large and Small to the sharp Mistral Embed and open-source Mistral 7B, these models are giving giants like GPT-4 a run for their money. We'll also explore their Mixtral series, the crème de la crème of AI, and the charming Le Chat chatbot. Connect with Emily Laird on LinkedIn
 
 

What is Anthropic's Claude?

In this episode of Generative AI 101, we explore the world of Anthropic's Claude AI—a chatbot born from the minds of ex-OpenAI siblings and backed by tech giants like Google and Amazon. Picture Claude as the cool, thoughtful cousin of ChatGPT, capable of handling 200,000 tokens at once. With the latest iteration, Claude 3.5 Sonnet, this AI sets new benchmarks in graduate-level reasoning, broad knowledge, and coding proficiency. Whether you need an advanced model for automation or a speed demon for instant translation, Claude is redefining what smart, safe AI can do. 
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What is Google's Gemini?

In this episode of Generative AI 101, we explore the slick, high-octane world of Google's Gemini. Think of it as the James Bond of AI—sharp, sophisticated, and always ahead of the curve. We’ll dish out the inside scoop on Gemini’s cutting-edge tech, from its inception to its rise as a superstar in the AI universe. Get ready to explore its suave capabilities, from powering chatty virtual assistants to mastering the nuances of human language and crunching mountains of data like it’s nothing. Plus, we’ll sprinkle in some juicy tidbits about Gemini’s meteoric rise, its flair for languages, and the latest bells and whistles.Connect with Emily Laird on LinkedIn

What is ChatGPT?

In this episode of Generative AI 101, we explore the modern marvel that is ChatGPT. Discover what "GPT" stands for and how this "Generative Pre-trained Transformer" operates, processing text like a high-powered engine. Learn what ChatGPT can do, from generating human-like responses to engaging in multi-language conversations and analyzing vast text data. Tune in to explore the incredible capabilities and the global impact of ChatGPT.Connect with Emily Laird on LinkedIn

How LLMs Make Coherent Text

In this episode of Generative AI 101, go on an insider’s tour of a large language model (LLM). Discover how each component, from the transformer architecture and positional encoding to the multi-head attention layers and feed-forward neural networks, contributes to creating intelligent, coherent text. We’ll explore tokenization and resource management techniques like mixed-precision training and model parallelism. Join us for a fascinating look at the complex, finely-tuned process that powers modern AI, turning raw text into human-like responses.
 
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Training Large Language Models (LLMs

In this episode of Generative AI 101, we explore the intricate process of training Large Language Models (LLMs). Imagine training a brilliant student with the entire internet as their textbook—books, academic papers, Wikipedia, social media posts, and code repositories. We’ll cover the stages of data collection, cleaning, and tokenization. Learn how transformers, with their self-attention mechanisms, help these models understand and generate coherent text. Discover the training process using powerful GPUs or TPUs and techniques like distributed and mixed precision training. We'll also address the challenges, including the need for computational resources and ensuring data diversity. Finally, understand how fine-tuning these models for specific tasks makes them even more capable.
 
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The Evolution of Large Language Models (LLMs)

In this episode of Generative AI 101, we trace the evolution of Large Language Models (LLMs) from their early, simplistic beginnings to the sophisticated powerhouses they are today. Starting with basic models that struggled with coherence, we'll see how the introduction of transformers in 2017 revolutionized the field. Discover how models like GPT-2 and GPT-3 brought human-like text generation to new heights, and learn about the advancements in GPT-4, which offers even greater accuracy and versatility. Join us to understand the incredible journey of LLMs, from data training to fine-tuning, and how they've transformed our digital interactions.Connect with Emily Laird on LinkedIn

What is a Large Language Model (LLM)?

In this episode of Generative AI 101, we explore Large Language Models (LLMs) and their significance. Imagine chatting with an AI that feels almost human—you're likely interacting with an LLM. These models, trained on massive datasets, understand and generate text with impressive accuracy. With billions of parameters, they handle a wide range of tasks from chatbots and virtual assistants to sentiment analysis and document summarization.Connect with Emily Laird on LinkedIn

Natural Language Processing Techniques & Concepts

In this episode of Generative AI 101, we explore the core techniques and methods in Natural Language Processing (NLP). Starting with rule-based approaches that rely on handcrafted rules, we move to statistical models that learn patterns from vast amounts of data. We'll explain n-gram models and their limitations before diving into the revolution brought by machine learning, where algorithms like Support Vector Machines (SVMs) and decision trees learn from annotated datasets. Finally, we arrive at deep learning and neural networks, particularly Transformers, which enable advanced models like BERT and GPT-3 to understand context and generate human-like text.Connect with Emily Laird on LinkedIn