Sparse Computation
Sparse computation aims to improve the efficiency of deep learning models by selectively performing computations only on essential parts of the network, leveraging the inherent sparsity in data or model parameters. Current research focuses on developing efficient sparse algorithms and architectures, including sparse Mixture-of-Experts models and optimized activation functions like ReLU², as well as specialized libraries like Scorch for seamless integration into existing deep learning frameworks. This approach offers significant potential for reducing computational costs and energy consumption in various applications, from large language models and automatic speech recognition to graph neural networks and reinforcement learning, while maintaining high accuracy.