Progressive Semantic Communication Framework for Edge-Cloud VLMs
A novel semantic communication framework has been introduced by researchers for the inference of Vision-Language Models (VLMs) in edge-cloud environments, tackling the difficulties of implementing VLMs on devices with limited resources. This framework employs a Meta AutoEncoder to transform visual tokens into adaptable, progressively refined representations, facilitating easy integration with existing VLMs without requiring extra training. The primary goal is to minimize latency and bandwidth consumption by sending only crucial semantic data, which adjusts according to varying network conditions. The research can be found on arXiv with the identifier 2604.26508.
Key facts
- Proposed framework uses a Meta AutoEncoder for adaptive compression
- Enables plug-and-play deployment with off-the-shelf VLMs
- Addresses computational and memory demands of VLMs on edge devices
- Reduces latency by transmitting semantic information instead of raw data
- Adapts to dynamic network conditions
- Paper available on arXiv: 2604.26508
- Focuses on edge-cloud collaborative inference
- Aims to overcome bandwidth limitations
Entities
Institutions
- arXiv