huggingface/smollm

Features

• Edge AI Model Deployment - Optimizes and deploys lightweight language models to run efficiently on local hardware and edge devices.
• Streaming Dataset Loaders - Implements memory-efficient streaming of datasets to prepare data for training without full memory loading.
• Synthetic Dataset Generators - Produces artificial datasets using language models to improve the reasoning and training of AI systems.
• Distributed Training - Implements distributed training to scale model workloads across multi-GPU and TPU hardware configurations.
• Generative Text Inference - Provides generative text inference with dual-mode reasoning for thinking or direct answering.
• Instruction Tuning - Provides a pipeline for instruction tuning to adapt base models to follow specific user commands.
• Large Language Model Fine-Tuning - Implements processes for adapting pre-trained large language models to specific tasks using custom datasets.
• Machine Learning Training - Provides frameworks and utilities to execute training workloads on GPUs and TPUs.
• Model and Dataset Hubs - Stores Git-based models, datasets, and spaces in a centralized hub for sharing and versioning.
• Training Efficiency - Implements parameter-efficient techniques and mixed precision to train large models on limited hardware.
• Text Generation - Generates text responses locally on a device to ensure low latency and improved data privacy.
• Resource-Efficient Model Inference - Utilizes quantization to reduce memory usage and increase speed for inference on consumer-grade hardware.
• Synthetic Data Generators - Generates synthetic datasets to improve model reasoning and knowledge without relying solely on human data.
• Causal Language Modeling - Implements a causal language modeling architecture for autoregressive next-token prediction.
• Transformer Architectures - Built on a transformer-based architecture using self-attention mechanisms for sequence processing.
• Model Development - Develops compact language models that maintain high performance while utilizing fewer parameters.
• ML Model Hosting - Hosts version-controlled models with metadata and inference widgets for community discovery.
• Model Serving - Deploys optimized containers for high-performance AI model inference and embeddings.
• Dataset Sharing - Publishes datasets to a centralized hub to make them accessible and versioned for other practitioners.
• Chat Interfaces - Creates user interfaces for interacting with models that support multimodal inputs and tool integration.
• Model Performance Benchmarks - Benchmarks model accuracy and quality across various tasks using standardized performance metrics and leaderboards.
• Multilingual Text Generation - Supports text generation across multiple languages including English, French, Spanish, German, Italian, and Portuguese.
• In-Browser Model Execution - Runs machine learning models directly in the web browser using JavaScript.
• Long-Context Models - Maintains logical coherence across extended sequences of text up to 128k tokens.
• Mixed Precision Training - Implements mixed-precision training and data parallelism to scale workloads and reduce total training time.
• Mixed-Precision Computing - Uses mixed-precision computing to optimize training and inference speed and memory usage.
• Model Inference Accelerators - Compiles the compute graph to increase the number of model executions processed per second.
• Model Evaluation Metrics - Calculates performance scores for models and datasets using a standardized library of evaluation methods.
• Model Inference and Serving - Deploys optimized toolkits for high-performance text generation and embeddings inference.
• Inference Optimization - Quantizes neural network weights and optimizes transformers to increase execution speed and decrease memory consumption.
• Block-wise Quantization - Employs block-wise quantization and low-rank adaptation to reduce hardware requirements during fine-tuning.
• Low-Rank Adaptation - Employs low-rank adaptation (LoRA) to efficiently modify model behavior with minimal parameter updates.
• Model Adapters - Integrates lightweight modules like LoRA to modify model behavior without retraining the full network.
• Model Interactive Demos - Builds interactive web applications to showcase the functionality and performance of machine learning models.
• Parameter Efficient Fine-Tuning - Implements parameter-efficient fine-tuning to reduce the hardware requirements for model adaptation.
• Weight Quantization - Converts high-precision weights into 4-bit or 8-bit integers to enable execution on consumer-grade hardware.
• Visual Question Answering - Interprets multiple images and text in a single conversation to perform visual question answering.
• Model Evaluation and Benchmarking - Compares results across different backends and benchmarks to measure model quality and efficiency.
• Model Endpoint Deployment - Deploys, pauses, and deletes model endpoints using managed or custom Docker images.
• Model Deployments - Runs AI models on dedicated, fully managed cloud hardware for inference.
• Remote Compute Job Submission - Executes computational tasks, including Docker images, on remote GPUs and TPUs.
• Model Memory Managers - Uses quantization and offloading to run large models on hardware with limited memory resources.
• Interactive AI Demos - Hosts interactive web-based demos for AI models using SDKs, static HTML, or Docker containers.
• Pre Training Models - Listed in the “Pre Training Models” section of the Llm Course awesome list.
• Vision Language Models - Efficient small-scale model optimized for low memory footprints.

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