Multi Modal Outer Arithmetic Block
Multi-modal outer arithmetic blocks (MOABs) are a novel approach to fusing data from different sources, such as images and genetic information, for improved prediction accuracy. Current research focuses on optimizing MOAB architectures and algorithms, often employing techniques like adaptive hyperparameter learning and efficient block-wise processing to enhance performance and reduce computational costs across various applications. This methodology holds significant promise for improving the accuracy and efficiency of diverse tasks, including medical image analysis, natural language processing, and deep learning model optimization, by effectively integrating heterogeneous data streams.
Papers
Accelerating Multi-Block Constrained Optimization Through Learning to Optimize
Ling Liang, Cameron Austin, Haizhao Yang
BitQ: Tailoring Block Floating Point Precision for Improved DNN Efficiency on Resource-Constrained Devices
Yongqi Xu, Yujian Lee, Gao Yi, Bosheng Liu, Yucong Chen, Peng Liu, Jigang Wu, Xiaoming Chen, Yinhe Han