The rise of deep learning and data-driven applications has brought a surge in demand for hardware acceleration, especially Graphics Processing Units (GPUs). However, CPUs (Central Processing Units) are still widely used in machine learning workflows—and for good reason. Despite the general preference for GPUs in training complex models, there are many scenarios where using a … Read more
If you’ve started exploring how neural networks are trained, you’ve likely come across the term “iteration.” Often used alongside words like “epoch” and “batch size,” iteration is one of the foundational concepts in machine learning training processes. But what does iteration actually mean in the context of a neural network, and why is it important? … Read more
In machine learning (ML), the pursuit of better accuracy is never-ending. With each new iteration, data scientists and engineers seek to improve predictions, reduce errors, and optimize outcomes. But how do you know that your new model version is actually better? That’s where A/B testing plays a critical role. A/B testing allows teams to compare … Read more
When deploying machine learning (ML) models into production, one of the biggest challenges is validating whether your new model version will actually outperform the existing one in real-world conditions. This is where A/B testing comes in. A/B testing is a controlled experimental technique that allows teams to compare two or more model variants by exposing … Read more
In the world of digital experimentation, A/B testing has long been a staple for making data-driven decisions. But what happens when you bring machine learning (ML) into the equation? The result is a powerful combination of experimentation and intelligent automation that allows organizations to optimize models, interfaces, and product features more efficiently. In this article, … Read more
As AI systems become more advanced, they are evolving from static, single-response models into autonomous agents capable of ongoing interaction, learning, and reasoning. At the core of this transformation lies AI agent memory—the capability for agents to store, recall, and use contextual information across interactions. In this article, we answer the question “What is AI … Read more
Large Language Models (LLMs) like GPT-3, LLaMA, and Falcon have revolutionized the fields of NLP and generative AI. But working with these models requires substantial compute power, memory, and careful environment setup. Fortunately, Google Colab provides a free and convenient way to experiment with these models in a browser-based Jupyter environment. This article walks you … Read more
Generative AI is revolutionizing the way we create content, from writing and art to music and code. With models like GPT, DALL·E, Stable Diffusion, and MusicGen, AI can now produce human-like text, generate stunning visuals, compose music, and even write functioning code. But how do you get started? The easiest way to begin experimenting is … Read more
LangChain is a powerful framework for building agentic AI systems powered by large language models (LLMs). With built-in support for tool use, memory, and reasoning, LangChain makes it easy to build autonomous agents that perform multi-step tasks. Google Colab is an ideal environment for prototyping LangChain agents. It offers free access to GPUs and a … Read more
AutoGPT is one of the most well-known open-source frameworks for creating autonomous AI agents. By leveraging the reasoning capabilities of large language models (LLMs) like GPT-4, AutoGPT allows you to set a goal and let the agent plan, execute, and iterate on tasks to achieve it. This makes AutoGPT ideal for research, automation, and complex … Read more
