Inference Pipeline
Inference pipelines optimize the execution of machine learning models, aiming to maximize speed, accuracy, and efficiency across diverse hardware and network environments. Current research focuses on techniques like pipeline parallelism, adaptive model selection (e.g., cascading ensembles), and quantization to reduce latency and memory consumption, particularly for large transformer-based models deployed on edge devices. These advancements are crucial for deploying computationally intensive AI applications in resource-constrained settings and improving the cost-effectiveness of large-scale machine learning systems. The resulting improvements in speed and efficiency have significant implications for real-time applications and broader accessibility of AI technologies.