Conveners
TDAQ: 1
- Miroslav Saur (Lanzhou University)
TDAQ: 2
- Qidong Zhou (山东大学/Shandong university)
Description
Zoom Link, ID:91076566347, Code:228773
CEPC ref-Detector TDR is finished and submmitted for publish.CEPC plans to run at a non-empty bunch crossing rate of 1.34–40 MHz.Background data throughput will be from 100 GB/s (Higgs mode) to 1 TB/s (Z-boson pole). Simulations show the trigger system can reduce rates to the range of few to tens of GB/s efficiently and event rate to 30 kHz (Higgs) and 120 kHz (low lumi-Z). The L1 trigger...
In high-energy physics experiments, online data processing plays an important role. Positioned between the readout of the front-end electronics and the disk, it reduces the vast raw data to a storable size through fast reconstruction and event filtering. Next-generation experiments such as the Circular Electron–Positron Collider (CEPC) impose even more stringent requirements on online data...
Meeting the data processing requirements of next-generation high-energy physics collider experiments, such as the Circular Electron-Positron Collider (CEPC), poses a significant challenge for data acquisition systems, particularly in the real-time triggering, online selection, and flexible processing of enormous event rates. Conventional online computing architectures based on static pipelines...
