by Dorothea Vom Bruch (CNRS), Daniel Hugo Campora Perez (Nikhef), Olli Lupton (Uni. Warwick)
The LHCb collaboration presented a TDR for a new first level trigger based on graphics processors (GPUs) to CERN's LHCC and announced its decision to use this system as its new baseline in Run 3 of the LHC, due to start in 2022.
by Dorothea vom Bruch (LPNHE/CNRS), Vladimir Vava Gligorov (LPNHE/CNRS) , Alex Pearce (CERN), Sascha Stahl (CERN)
In the next run of the LHC (Run 3) the upgraded LHCb experiment will operate at a factor of five times the luminosty of the first run. The LHCb trigger upgrade will enable parallel processing of 40 Tb/s: one of the biggest data challenges in HEP.
by Orlando Villalobos Baillie (University of Birmingham) for the ALICE Collaboration
Interesting physics signatures in heavy-ion collisions are either very general or very difficult to discern from the background thus posing special challenges for the ALICE trigger system.
The LHCb collaboration presented a TDR for a new first level trigger based on graphics processors (GPUs) to CERN's LHCC and announced its decision to use this system as its new baseline in Run 3 of the LHC, due to start in 2022.
In the next run of the LHC (Run 3) the upgraded LHCb experiment will operate at a factor of five times the luminosty of the first run. The LHCb trigger upgrade will enable parallel processing of 40 Tb/s: one of the biggest data challenges in HEP.
The ATLAS trigger system allowed the efficient and stable collection of a rich data sample from the previous runs of the LHC.
Interesting physics signatures in heavy-ion collisions are either very general or very difficult to discern from the background thus posing special challenges for the ALICE trigger system. 
The CMS trigger outperformed during Run 2, efficiently recording data for the CMS versatile physics programme