Model Capacity
Model capacity, the ability of a machine learning model to learn complex patterns from data, is a crucial factor determining performance and efficiency. Current research focuses on understanding how capacity impacts active learning strategies, optimizing capacity in transformer networks and Mixture-of-Experts (MoE) models, and developing efficient training methods for large models, including parameter-efficient fine-tuning and techniques like knowledge distillation. These investigations are vital for improving the performance and resource efficiency of AI systems across diverse applications, from natural language processing to resource-constrained IoT devices. Ultimately, a deeper understanding of model capacity is essential for building more powerful and practical AI systems.