Speaker
Description
The JUNO DAQ supernova data processing system establishes a complete, automated, and highly reliable data processing pipeline. This system is crucial for ensuring the automatic and integral processing of data in the event of a supernova burst.
The workflow begins with a highly available alert service, which consolidates alerts from multiple sources and generates a unique supernova event identifier (SN-ID), laying the foundation for subsequent analysis. For data processing, state management based on databases ensures reliability, while a containerized microservices architecture enhances service availability. The entire system operates on a Kubernetes-based container orchestration platform. This enables dynamic scheduling and elastic scaling of computing tasks within the resource-limited on-site environment. It maximizes the utilization of onsite computing potential while guaranteeing the absolute priority of regular data acquisition tasks, achieving an optimal balance between resource efficiency and operational reliability.
| Minioral | Yes |
|---|---|
| IEEE Member | No |
| Are you a student? | Yes |