Hardware Aware Training

Hardware-aware training (HAT) optimizes machine learning model training to account for the limitations and characteristics of the target hardware, improving efficiency and robustness. Current research focuses on adapting various neural network architectures, including spiking neural networks and multilayer perceptrons, to diverse hardware platforms like neuromorphic processors, in-memory computing systems, and even printed electronics, often employing techniques like backpropagation-through-time and genetic algorithms. This approach is crucial for deploying efficient and reliable AI models on resource-constrained devices, impacting fields ranging from mobile computing and edge AI to specialized hardware accelerators. The ultimate goal is to bridge the gap between software-optimized models and the realities of hardware implementation, leading to more practical and energy-efficient AI systems.

Papers