Linear Quantization
Linear quantization is a technique for reducing the memory footprint and computational cost of neural networks by representing weights and activations using fewer bits, thereby improving efficiency without significant accuracy loss. Current research focuses on developing novel quantization methods, particularly for large language models (LLMs) and resource-constrained devices, often employing techniques like two-stage quantization, optimized scaling factors, and bit-width adaptation across different network components. These advancements are crucial for deploying deep learning models on edge devices and for making large models more accessible, impacting fields ranging from natural language processing to real-time industrial applications.