
Dynamic LLM Serving Made Efficient
A unified approach to handling variable-length LLM requests
DynaServe introduces a flexible system architecture that dynamically allocates GPU resources based on changing workload demands in LLM serving.
- Combines the advantages of colocated execution (high throughput) and disaggregated execution (interference avoidance)
- Implements elastic tandem-style execution that adapts to varying prompt and response lengths
- Achieves up to 35% higher throughput while maintaining low latency for diverse workloads
- Features a unified GPU service pool that intelligently assigns resources based on real-time demand
This research matters for Engineering teams by providing a practical solution to the efficiency challenges of serving LLMs at scale, especially when handling unpredictable workloads with varying computational needs.
DynaServe: Unified and Elastic Tandem-Style Execution for Dynamic Disaggregated LLM Serving