Core Concepts
Zigzag Mamba introduces spatial continuity to enhance the efficiency of visual data modeling, outperforming transformer-based baselines.
Abstract
Diffusion models face scalability issues within transformer-based structures.
State-Space Models compete with transformers for long sequence modeling.
Mamba addresses scalability challenges but lacks 2D image application.
Zigzag Mamba improves position-awareness and spatial continuity in Mamba blocks.
Stochastic Interpolant framework enables generalized generative models.
Contributions include improved efficiency, scalability, and performance over related baselines.
Stats
Mamba aims to alleviate scalability issues through parallel scanning. (Source: Abstract)
Zigzag Mamba outperforms related baselines in speed and memory utilization. (Source: Abstract)
Quotes
"Our Zigzag Mamba method improves the network’s position-awareness by arranging and rearranging the scan path of Mamba in a heuristic manner."
"Zigzag Mamba outperforms related Mamba-based baselines and demonstrates improved speed and memory utilization compared to transformer-based baselines."