Code

involve a code

AcademicCodeConceptMachine LearningpaperSeries

Deepdive: half memory with sequential backward calls, SaySelf, Diffusion On Syntax Trees

Unlock transformative advancements in AI with these three cutting-edge techniques. First, learn how to slash your GPU memory usage by up to 50% with a simple PyTorch trick, allowing you to double your batch size by calling backward() on each loss separately. Next, discover SaySelf, a revolutionary framework for Large Language Models (LLMs) that drastically improves confidence estimation by 30%, providing more reliable self-reflective rationales and reducing errors. Finally, dive into the world of neural diffusion models with a technique that edits syntax trees directly, boosting code generation efficiency by 20% and enhancing debugging accuracy. These innovations are poised to redefine AI performance, making your models faster, more efficient, and safer.

Read More
AcademicCodeMachine LearningSeriesTechnology

Deepdive: Mind of LLM, Mamba-2, Dask

Anthropic has unveiled a groundbreaking paper that delves into the internal workings of a Large Language Model (LLM), offering unprecedented insights into the previously mysterious “black box” nature of these models. By employing a technique called “dictionary learning,” the research team successfully mapped the internal states of Claude 3 Sonnet, isolating patterns of neuron activations and representing complex model states with fewer active features. This innovative approach revealed a conceptual map within the model, showing how features related to similar concepts, such as “inner conflict,” cluster together. Even more astonishing, the researchers found that by manipulating these features, they could alter the model’s behavior—an advancement with significant implications for AI safety. This study represents a major leap in understanding and potentially controlling LLMs, though challenges remain in fully mapping and leveraging these features for practical safety applications.

Read More
AcademicCodeMachine LearningNewsTechnology

Technow: Context Managers Using contextlib, Phi-3 family, Verba RAG

Learn how Python’s contextlib module simplifies resource management with the with statement; Microsoft’s latest strides in the small language model race with the Phi-3 family, multimodal model and Copilot+ PCs; Copilots now support team collaboration and customizable AI agents for complex business processes; Verba RAG, Weaviate’s open-source tool for Retrieval-Augmented Generation, offering a user-friendly interface and versatile deployment options for advanced text generation tasks.

Read More
AcademicCodeConceptMachine LearningpaperSeries

Deep Dive: FineTune small GPT for SPAM, ScrapeGraphAI, Parallelizable LSTMs

Sebastian Raschka guides users in fine-tuning a small GPT model to classify SPAM messages with 96% accuracy. ScrapeGraphAI is a Python library that automates data extraction from websites using LLMs. And Sepp Hochreiter’s xLSTM architecture extends traditional LSTMs to compete with state-of-the-art Transformers. These innovations are making AI more accessible and efficient! 🚀🤖📚

Read More
CodeMachine LearningProjectVideosYouTube

Why Your RL Model Fails: Prioritized Replay and Actor-Critic in code (Part 2)

In this video, I break down the code behind designing an RL agent with an Actor-Critic architecture using a prioritized replay buffer! 🤖💻 Discover how to tackle sparse rewards, optimize training efficiency, and boost your model’s performance with practical tips and WandB tracking. If you want to go beyond theory and see how to implement these concepts in code, this is the video for you! Check it out and level up your RL skills today!

Read More
AcademicAlgorithmCodeConceptpaperSeries

Deep dive: Transformers by Gemma, Iterative Reasoning PO, inner work of Transformers

Demystifying Transformers with Google’s Gemma, boosting reasoning tasks with Meta’s Iterative Reasoning Preference Optimization, and enhancing understanding of Transformer models with a unified interpretability framework. These are the latest strides in AI, making complex concepts accessible and improving model performance. Stay tuned for more! 🚀🧠🤖

Read More